Обучение по природни науки и върхови технологии

2015/1, стр. 64 - 87

HIGHER EDUCATION PERSPECTIVES FOR AN EXCITING EDUCATIONAL EXPERIENCE – PART V: AN INDIAN CONTEXT

B.H.S. Thimmappa
E-mail: bhs.thims@manipal.edu
Department of Chemistry,
Manipal Institute of Technology
Manipal University
Manipal-576104, India

Резюме: The universities and the higher educational institutions, being embodiment of their strengths and collective aspirations, help reshape the idea of developed India. The diversity of the higher education-trained workforce is of concern, as the economy needs scientists and innovators who can work with diverse collaborators in an increasingly open marketplace. Best practices for developing national interest, education revolution, change challenges, and random perspectives are presented. The challenge of changing higher education landscape is huge, and a significant shift in mindset and a disciplined lifestyle are necessary to have sufficient number of high quality skilled workers available on a consistent basis in the decades to come. India can emerge as a global platform for higher education and high quality research with a policy environment which is predictable, transparent and fair. We have to make concerted efforts and investment to achieve progress in certain key areas of education, energy, science and technology. The new developments must make existing education process and delivery systems more efficient and effective. The fundamental reform agenda for higher education will be to improve the quality and competitiveness of higher education and research, and empower individuals and society committed to the progress of the nation.

Ключови думи: higher education reforms, Indian perspectives, quality of education, education processes, teaching and scholarship, learning society, execution issues

.

The aims of the paper are to excite young people about higher education and the positive impact it can have, and to enable them to critically engage with ideas and solutions. This manuscript is an attempt towards reaching the target audience of young people with an educational message of hope, change and growth. One of the purposes is to introduce the readers to different perspectives and inspire them to think beyond the curricula. This eventually brings about significant change in the current higher educational scenario. It makes a lot of educational sense to publish such articles and this is the fifth in the series that emphasizes high quality higher education. In our previous four articles, we have discussed about the technology-enhanced teaching-learning, inspiration by books, human resource development, learning beyond boundaries, policy matters, high-impact teaching-learning interactions, contemporary concerns, strength, weakness, opportunities and challenges analysis, and additional perspectives (Thimmappa, 2013a, 2013b, 2014a, 2014b). In this paper, the subject matter is organized into sections on national interest, education revolution, change challenges, random perspectives and elevated thinking. Focusing on the Indian experience, the paper captures a broad perspective of a country of shifting educational landscape through a particular prism of higher education. The different perspectives presented offer some pointers to the way forward for higher education reforms to restore its quality and catalyze excellence and innovation in science education.

National interest-make a mark

Many higher education related issues that matters to us today have their origins in the past, and hence lessons from the history of higher education in India could throw an interesting light on several such matters. The essence of philosophy of past holistic education coupled with new ideas, developments, experiments and experiences provides a model of education. It is important to harness traditional wisdom and contemporary scientifi c knowledge to achieve prosperity and strength. The continuing imperative toward providing a marked quality improvement in all areas of higher education presents numerous challenges for scientists, educationists and engineers. These challenges range from the framing of new policies to professional development, content creation to administrative aspects. A formal commitment and process is central to have a targeted educational change to be integrated into the fabric of Indian life. Considerable research is needed to analyze the current situation and to examine the consequences of reforms to arrive at meaningful educational reforms and a fair distribution of financial, human, technological and administrative resources. The response of learners to the changes is also a matter of growing interest and building models based on learner experiences or specific educational backgrounds add an interesting dimension to improve the whole learning experience. It is important to establish a balance between the requirements of growing economy and the protection of the environment, institution building and ecological sensitivity, theory and practice, professional and personal life. Similarly, we have to strike a balance amidst intense competition leading to excellence and collaboration, leading to specialized solutions. The outcome of the discussions, debates, conversations conducted in classrooms, seminars, workshops and conferences help enhance education standards. They have to be clearly designed to inform and stimulate the exchange of views rather than with a clear commercial undertone.

The country’s journey to rapid growth and modernity requires us to inculcate the spirit of courage, confidence, patriotism, discipline, human values and sacrifice in the youth and recognize model institutions offering selfless service to society and the nation. Setting up of comprehensive higher education development plan (CHEDP) and a broad framework for governance, monitoring the performance of institutions, and coordinated national effort to tackle the problem of reforms could transform the higher education quickly. Certain individuals, parents, professors and people, must be instrumental in bringing government, industry and academia together to chart a progressive growth trajectory for specialized subjects in India and strategic research in frontier areas of science and technology. At present, there is a lack of sensitized awareness for the higher education issues that are not easily comprehended. Scientists have gained a lot of ground in the past three decades and better enforcement of existing legislation and framing new laws could pave the way for victory driven by passion. Campaign encompassing print and broadcast media forms across every platform and harnessing the power of internet and mobile phones are integral to educate and create awareness about the importance of higher education. This platform could be used to discuss and debate approaches they can take and execute ideas in creating a vibrant higher education system with more academic freedom. It is essential to establish higher education endowment fund (HEEF) and activate several self-help groups (SHGs) that form the core of the education activism.

Content presentation, rich animations, exciting graphics, pictures, creative visualizations, and virtual labs facilitate learning with a comprehensive understanding in different disciplines. The massive open online courses (MOOCs) including video-lectures, lecture notes, regular assignments, and periodic assessments have acquired greater importance in the current context where educational expression is gaining ground.1) This is looked upon as an alternative avenue of higher education and helps enhance the teaching-learning process in specific subject areas. However, a number of courses on different branches of science and engineering are required and active involvement of experienced teachers in creating reliable and practical resources of knowledge for teaching community is expected. It is important to explore educational technology tools in higher education, training and development using learning management systems (LMS) such as Moodle (Ellis, 2009) and Assessment, Review and Instruction System (ARIS).2) In an integrated learning approach, these methods are useful to enrich their experiences in addition to classroom lecture involving questioning, reflecting, discussing and understanding. Formation of higher education ‘think tank’ as part of the expert review committee on the educational issues is another step. The members could consider many critical criteria for higher education reforms, suggest reforms, strategies and micro-planning and help find deeper scientifi c meanings via macro-view on problems and issues. Individual objectives must be in line with the national objectives and every individual has to find a balance between personal needs and all that the world around requires (Fig 1). This should be reflected in thoughts, opinions, and actions of higher education stakeholders to encapsulate the human expression to have better prospects on the path of technological progress in our country. Every voice is crucial in providing multiple positions, actions, transformations and the wave that emerges from these special activities shows collective consciousness of our society representing national interest and aspirations, and demonstrates our collective strength as a team to academic communities. If we can unlock even a fraction of our tremendous talent power, we can achieve success in our own sphere of activity. We have to recharge our batteries by determination, dedication, discipline and higher education fuels our journey to success via a positive attitude, approach, adequate attention and abilities.

One of the major purposes of higher education is to produce original thinkers, who invent, expand knowledge, and discover novel products, processes or systems. In this context, it is important to encourage new thinking and methodical research in frontier areas of science, engineering and technology. Effective steps should be taken to facilitate high quality higher education through proper policy framework and investment. This should be done in a more orderly, systematic, and reasonably structured manner to improve the quality of life. A comprehensive explanation of the educational process would require taking literary skill to considerable advantage and drive people by passion to contribute. This should be reflected in the excitement on their faces, energy and enthusiasm and a choice spanning a wide range of cutting edge career options to represent their hopes, expectations, aspirations, dreams and goals. The higher education reform marks a turning point in the evolution to head in the right direction to make young people become strong, powerful and potent. The government should be committed to nurturing the right environment to fully engage the largest population of youth in every academic activity and enable them to contribute to the betterment of society. The power of youth is incredible and if harnessed properly it can do wonders for India and greater achievements are certainly possible. The institutes and universities should give priority to academic activities rather than administration of student, faculty and staff support systems. The government should formulate clear and transparent policies on allocation of financial resources and to control funds and functioning to serve the nation with renewed vigor. The greater degree of financial autonomy and functional independence to project leaders can provide a chance to grow and improve self-confidence and quality of life. This will add to the overall excitement of the educational experience while keeping the national flag flying high. The central government should chalk out comprehensive higher education development program and policy to be implemented in the next five years. It should also encourage research and development in specialized domains by establishing world class research infrastructure and recruiting the best scientific and engineering minds to accelerate growth by running a high performance engine. We have to create a situation such that an increasing number of students choose to pursue higher education and join research or teaching careers in the future.

Revolutionary approach-better prospects

There is an urgent need to consider revolutionary approach as strong social support sets off a cascade of sensitization reactions. The definite purpose of this open-minded approach to change is to initiate a public discussion on higher education reforms in India and this should be the immediate concern of educated young Indians. Higher education revolution can reshape education landscape and create an environment that allows individuals to pursue their interests, participate in education delivery process and dedicate themselves for social cause. The revolutionary education solutions can deliver high-impact professional outputs. It is absolutely important to realize and understand that we have to build innovative mindsets, like the bricks in a building, in diverse fields to actualize the aspiration to see a vibrant and prosperous India. It is important to create the mass sentiment and give public expression to their views on reforms and help reshaping India’s outlook. It is up to the new government to make a first move in framing actual policies as a part of reform process and take actions and ideals forward with a sense of justice. The use of sciences for a better world would involve working in shaping the world in a certain way and contributing remarkably to various levels of development. India’s development trajectory could involve ten stages considering the heterogeneous nature of development: (i) Increase awareness about higher education reforms to form the activist community to act as catalysts of radical change to see a vibrant, dynamic and prosperous India; (ii) Educate the young Indians about preserving and protecting our only planet in a structured interaction with intellectuals to make sustainable progress; (iii) Use of narrative skills of popular authors, officials, and teachers to excite the target audiences about changing their inner perception and develop reformist thinking; (iv) Plan communication strategies to mobilize support across the country and make people think of what is good for the nation; (v) Deliver inspiring address by leading figures, scientists, intellectuals and writers on the importance of higher education reforms; (vi) Prepare people with a voice to express themselves in reshaping the destiny of this country from construction of roads to manufacturing spacecraft to the red planet Mars; (vii) Mobilize the audience to influence the parliamentarians to bring about the required policy changes with social implications; (viii) Implement education reforms to radically transform the entire educational landscape of the country leading to successful innovation; (ix) Emphasize on investments in rapid infrastructure, industry and agriculture expansion to raise productivity; (x) Fix the gaze upon a distant dream; vision of human progress and achieve the vision of the world.

Creation of a new international order based on higher education outcome and mutual cooperation in broad spectrum learning, joint research programs, faculty and student exchange, and intense industry interface is required. Today’s academic leaders should show regard to ideological concerns and rise above their narrow personal and scientifi c considerations and be able to look at and resolve problems in a larger context of the nation to find suitable solutions. This helps us to evolve as stronger, better human beings and raise strong voice about higher education reforms. The basic reason for the diminished growth performance in the last decade is in the very nature of the education and the lack of general preparedness to face the situation.3) The enrollment pattern of Indian students in higher education is guided by key factors; power of money, style statement, attributes of the college and personal needs of family. What we really need is an educational revolution that brings out the positive possibilities. The early identification of talented persons and training them to meet the challenges at the international level with support on both micro and macro-level on a priority basis are essential. A correction of policy and executional paralysis and growth stimulation requires restructuring and rejuvenating public sector institutions in the country. It is essential to encourage to performing or stopping the life support systems of terminally ill public sector research institutions. The universities and organizations in the public and private sectors can play a unique role in scientifi c evolution of the nation.4) The main reasons for the sharp decline in standards of certain state and central universities include mediocrity and bureaucracy issues, sub-optimal use of natural and human resources, corruption, politics, red tapism, and inefficiencies. They have responsibility to play much larger role in raising the quality of Indian higher education and to stimulate educational processes. We have to prescribe performance and efficiency norms and establish parameters to make them accountable. We need to make dedicated efforts towards implementing better practices and it is important to weed out non-performing or incompetent teachers or researchers from the education system.

There is a need to set up higher education commission (HEC) with regulatory powers and functions to boost the efficiency of the higher education sector in the country. The central government should frame a national higher education policy with specifi c guidelines and appropriate regulatory mechanism, after consulting the education and legal experts. We have to change science, engineering and medical education by creating regulatory apex bodies that have representatives from civil society and NGOs, and leading academicians. Similarly, policies related to educational administrative reforms, effective guidelines for monitoring mechanisms, use of technology and communication devices should be framed and address the managerial challenges in a time-bound manner. In this direction, preparing higher educational impact assessment (HEIA) statements and preparation of cumulative educational impact analysis report (CEIAR) by a neutral competent body would be helpful. It is essential to create a department of higher education to develop and articulate an integrated higher education policy with inbuilt checks and balances, and laser-sharp focus on implementing effective performance support, monitoring the progress of execution at a micro level and educational administrative reforms. Alternatively, setting up of national higher education development council (NHEDC) with statutory powers to discuss the findings in higher education reports, recommend reform plans, and implement the plan, helps to trigger radical change in the system. It should be in a position to encourage special academic initiatives, offer comprehensive solutions across higher education with tangible benefi ts, and raise the quality of Indian higher education. Awareness among youngsters about the benefits of high-impact higher education and an opportunity for changing the public perception in this sector should be created to have a wider impact. Campaigning needs wide support and it is realistic to expect an early education change by concrete actions by the new government. Formulating and drafting proper national higher education policy aimed at resolving issues related to quality improvement in teaching and research, and taking rational steps to create an enabling environment of equal opportunity in higher education and livelihood would certainly attract intelligent and talented people across the cross section of society. The revolutionary approach to reforms with a message to perform better would result in creativity, impactful research, revolutionary experiments, and record of accomplishments in various fields of science. A movement to spread immense awareness about the benefi ts of higher education reforms could be developed in the country with the help of NGOs, science practitioners, social activists and media persons. The complementary activities like seminars and workshops can be organized to spread the idea of reform among educationists and learners. The uses of videos to sensitize people on science higher education issues help accelerate movement of change and help innovators to put their talent to practical use. There is a sense of urgency in one of the most pressing higher education management practices and it would require a number of changes in the present practices in India that can directly or indirectly influence the educational outcome. Disciplined voice is more effective and appealing, and the concerned citizens should immediately resort to decent, rational techniques to initiate higher education reform revolution. We have to toughen up to change the world because our potential is only meaningful if we reach it through higher education, inspiring actions and creating solutions.

Change challenge-message moments

The change challenge includes developing reflective, analytical, collaborative, worldly, and action-oriented mindset in extending educational experience. The forward looking and innovative mindset is required in learning, research and development activities that enrich the teaching-learning process, develop problem solving skills, and enhance creativity. Change involves unlearning, relearning, knowledge management and changing current classroom practices. Best practices for an effective teaching-learning process and innovative research can be incorporated through acceptance and a little practice. Scientific community should rapidly evolve into a cohesive unit and enrich youngsters by their experience to solve issues of local and global importance and meeting the many challenges in this area in the future in a complex Indian socioeconomic context. The fi ve key elements of changing actions and attitudes to experience the excitement of higher education and research include:

Balance of power

Faculty transformation from being ‘sage on stage’ to ‘guide on side’ role has to take place as there is a huge change in the learning styles of current generation of students. Generally observed four types of students involving attention seeking, inattentive, unprepared, and power seekers have to be handled by proper classroom management approaches by involving them in various classroom activities including virtual classrooms. We must equip, nurture and channelize learner’s intellectual potential with the right kind of education and extra effort by faculty members on additional activities is also required. Integration of technology in educational process and restructuring of learning environment are essential to maintain the dynamism in the classroom. Special attention should be paid to understand the learner interests, and learning needs and choices. Maintaining the balance of power with more learner involvement and less teacher control would be helpful in moving towards the learning paradigm. Then the responsibility of the learner to adopt proper learning methods becomes important (Fig. 1). There should be a balance of the need to understand nature from an eel to an elephant and penguin to peacock and learn the design and function of objects from pain balm to pepper spray and alarm clock to airplane.

Fig. 1. Scheme showing study techniques that is very helpful package for regular practice towards high performance and achievement level

The Stokes’ research model categorizes research into curiosity-driven pure basic research, use-inspired pure basic research, pure applied research and research that are neither scientifically interesting nor useful (Stokes, 1997). There should be a balance in research and development funding between fundamental and applied research areas. Basic research often leads to great discoveries or revolutions and applied research can generate new questions for fundamental research or reforms. Conducting research that advances basic sciences with the aim to fundamental understanding of phenomena and research as a part of the quest to address practical problems of importance are equally important from an Indian perspective. Usually, a small portion of most corporate research budgets are devoted to basic science research. The specific result is that it produces unreliable outcomes as it is uninteresting in terms of the science and the use. Moreover, multinational companies should encourage basic research projects with a substantial portion of the total research and development budget. The design of science roadmaps to pursue certain specific goals must be clear to produce reliable outcomes. Further, expanding basic science research activities in different branches of science can eventually create practical applications to create economic benefits and national good for India. A project portfolio should include a healthy balance of both kinds of development-oriented initiatives-projects that are actively focused on new discoveries and those that are focused on solving environmental problems. Setting up of an autonomous commission to carry out a periodic review of textbooks or references to cleanse the system from objectionable or obsolete materials and launching special projects to set the higher education system in order are equally important. The high-impact teaching and research implications include restructuring the teaching activities, enhance strength and confidence in certain core areas and provide opportunities to research scholars. The key factors that influence quality higher education include competent faculty, proper infrastructure, quality academic input, inspiring leadership, and research and innovation. The balance of power should smoothly spread the light of scientific knowledge that permeates across generations and reach a meaningful outcome through a better way of thinking and acting.

Role of a facilitator

We have to support the active learning shift from instruction paradigm to learning paradigm from an educational perspective. It would be better if the faculty acts as a facilitator rather than playing the role of a regulator. The facilitator has a role to engage the learners in an interesting and productive manner and help them to understand the profound significance and purpose of active learning methods. The commitment to deliver positive social impact should be reflected in motivating learners to action by intense educational excitement. It is important to follow the code of professional ethics

Fig. 2. Effective teaching strategy should cater to different individual learning styles in a strong educational system

and display professional integrity through thoughts, words and deeds to serve the nation with dedication. The central government can facilitate internationalization of education by allowing top level foreign universities to set up their campuses in India and Indian institutes can open their branches abroad. Bold decisions need to be taken in senate, executive committee meetings, and adequate resource allocation for various educational and research activities by the institutes or universities will provide a more conducive environment for rapid reforms. Let us work together to produce refined individuals with core competencies, honesty, right attitude and ability to do hard work for the development of our nation. The government should be cautious on how funds are allocated to researchers and a special focus on advanced science and technology projects is necessary in nurturing and protecting innovations. Offering more number of relevant and interesting program electives and open elective subjects in a particular program is also an educational initiative designed to change the learning culture and to give the power of choice to students. They can choose the right combination of subjects according to their interests and ability. The role as a facilitator is to facilitate the learning process and it includes the following multiple roles, responsibilities and commitments- guide, role model, coordinator, mentor, leader, philosopher, resource provider, manager, counselor, innovator and planner. Implementing active learning strategies such as case study discussion, demonstration, group discussion and quiz in the classrooms provide powerful learning environments. It is important to cater to different learning styles (auditory, visual, and tactile) for absorbing, processing and retaining information (Fig. 2). Effective classroom practices such as session plan, objectives, and assignments essential for our education system, bring in discipline to deliver the curriculum effectively (Svinicki & McKeachie, 2010).

We have to balance the vast scientific knowledge from the smallest of sub-atomic particles to the largest cluster of galaxies, from dermatology to neurology and the classification of broad specialties and super-specialties. Further, the micromanagement of squeezing the information, stirring the mind and sharing the specialized knowledge to make learners feel inspired enough to emerge as strong force are associated with hope and a brighter future. The facilitators play a key role in awakening the natural curiosity of young minds and ignite an interest in science. The importance of innovative learning methods ranging from role-play to reading exercise, from mnemonics to models, or brainstorming to story-telling in bringing about a paradigm shift from petrol-pump concept to interactive system of education cannot be overemphasized (Fig. 3). Innovations would further empower learners in their journey towards excellence in higher education. In the process, facilitators’ role in accountability and transparency comes in to picture. The need to promote a culture of higher learning, constructive criticism, novel experiments and product/process innovation can provide opportunity to demonstrate action and deliver breakthrough solutions. The use of e-learning solutions, smart-class products and multimedia learning experience involving the textbook content, relevant animations and videos in addition to establishing academic education and research network in India helps in skill development. The role of the facilitator to impart key thoughts to solve problems by changing our attitude fosters character building. The human behavior is shaped by unique combination of heredity, life experience and background. The new working model should also inculcate human rights and values, justice and equity, and integrity without being affected by extraneous considerations. It is also essential to provide research exposure to students in a guided academic environment and train them to handle sophisticated instruments as part of the modern higher education practices. The facilitator should encourage learners to develop the reading strategies, healthy reading culture and skills for academic purposes using reference sources and convey the message that the benefits of science outweigh the negative aspects.

Professional development

Different kinds of intelligences present in individuals in varying degrees can be nurtured with specialized quality training and professional practice. It is important to sensitize students for a changing global educational environment to pursue useful, re

Fig. 3. The high impact teaching skills to help learners imbibe higher levels of understanding and to enhance employability of graduates

alistic educational dreams. Faculty members, with their standard teaching philosophy and research statements, have the responsibility of continuous learning to update their knowledge and upgrade their skills to have core competence in their field. The action of reading academic publications such as textbooks, journals, and reference works (encyclopedias, dictionaries, database of patents) is important in the field of education to obtain the enormous benefits of knowledge, empowerment and to make important professional contribution. The availability of free online video-based teacher training courses is also helpful in this continuous learning direction. In addition to domain knowledge, it is important to acquire excellent communication skills, soft skills, and strengthen their professional presentation skills. There is a need to strive for the professional excellence, enrichment of human values, strong commitment to purpose and research on intelligent teaching systems. It is important to improve and prove one’s full potential to take their rightful place in the world and to take on the path of true progress of the nation as a whole. Creating power learning course materials for the teaching community to inculcate the habit of preparing, organizing, working, evaluating and rethinking in learners will strengthen our long-term professional development. Broadbased exposure and adequate training in the multiple interlinked steps involved in the scientific research such as problem identification, literature review, objectives formulation, methods and materials selection, data collection and detailed critical analysis and drawing conclusions, should be provided at the higher level. Conducting workshops on research proposal submission process to different public and private funding agencies would be helpful for the young researchers to submit well-written and meaningful proposals. The identification of teaching/research gaps and implementing the best ideas for improving higher education/research underline the importance of long-term staff development. Regular faculty development programs and skill development initiatives provide a platform for learning and development. An institute level expert committee can suggest specific kinds of hybrid teaching techniques, valuable resource materials, suitable precautionary measures and appropriate financial support schemes to disseminate knowledge to learners and to carry out research activities. Developing harmony of head (cognitive knowledge, educational thinking), hand (physical and practical skills, gross and fine motor skills) and heart (personality and attitude, emotional and spiritual learning) through holistic education could have long-lasting impact and could have serious life-changing implications.

Function of content

Knowledge, when shared in a language that can be understood, is power and promoting scientific temper among the masses certainly help in launching a new reform revolution. Faculty members with sound teaching experience could create proper content with visual, auditory, kinesthetic and read/write aspects that stimulate learning process by active learning mode and help enhance analytical and critical thinking skills. Creating excellent academic rigor is a necessary part of an education paradigm to develop competency in specialized subject areas. High level of innovation in curricula, education programs, teaching tools and techniques, and interdisciplinary approach with inputs from academicians and researchers are essential for enhancing the quality of higher education in India. The courses should provide a broad and proper perspective of the topics related to science, engineering and management with emphasis on education delivery with the spirit of innovation and creativity and must incorporate latest trends in research with topics to address. The content of a particular program must be such that there should be match between the requirements of the workplace and available human resource. The faculty members who have deep scientific knowledge and thought leaders can create reports with a clear vision to grow that may inspire an entire research community and empower numerous young minds to address major national problems. A variety of specific solutions ranging from proof-of-concept to validation of established technologies are necessary to achieve reasonable goals. Proper content plays a critical role to orient the learners to higher orders of thinking and to recreate the higher education system for meaningful education to raise confidence level through internal justification processes. One year coursework should be incorporated in all institutions in the PhD program to introduce the learners to research related activities and to obtain the in-depth knowledge about certain specialized areas of a subject. Universities/institutes should provide four year undergraduate bachelor’s degrees in all the disciplines uniformly throughout the country to become internationally acceptable and to facilitate young learners to advance their studies in foreign A-grade universities of their choice. The message must spread out dismantling scientific hierarchies that exist today that the professionals in different categories of subjects are experts in their own specialized field. The appropriate course content in line with the program content, proper presentation can increase the quantum of learning excitement and enable learner to master the higher order thinking skills. The challenges faced in applying fundamental academic concepts in real world at workplace need to be addressed and imparting of industry relevant practical skills is essential for employability. It is certainly essential to create new resources, evaluate their quality and suitability for different audiences, and make them available through a generic information gateway. What we need is good scientific content to transform the country via shared experience and value of higher learning. It is also important to inform learners about new scientific trends and support them through various extension programs or lateral learning materials. The course content should generate employability and help Indian students in building up a successful career.

Fig. 4. Essential qualities of a teacher involving personality traits, academic achievement and professional efficiency

Evaluation process

The purposes and processes of evaluation should be linked to the following objectives: (i) program objectives such as life-long learning, computer literacy, and thinking skills; (ii) educational objectives such as data interpretation, and problem solving approach; (iii) instructional objectives such as interpretation of bar graphs, and repair malfunctioning devices. These are in turn interlinked to measurable program, course and course unit outcomes. Assessment procedures to collect information about learning and instruction have to include formative and summative assessments, the two of the most commonly used in education today and the teacher has to endeavor to be objective and balanced in judgments. If we create an assessment for learning, learners feel motivated and performance and learning levels will be increased. The preparation of question papers should be according to objectives of assessment and test the conceptual comprehension and critical thinking skills. The educational testing and assessment should actively focus on subject comprehension and data interpretation, logical reasoning and analytical ability, decision-making and problem solving, and integrated thinking and general mental ability. Course evaluation should be conducted through students’ feedback, experts’ opinion and concrete and specific suggestions from industry. It is important to have standardized national test to rank students for admissions in various colleges. Similarly, certification and accreditation of higher educational institutions must be made mandatory and announced at the time of admissions for students to make their choice based on the rankings. The benchmarking with peer group of universities at disciplinary and university levels provides international recognition and visibility that enable them to thrive in their educational journey (Fig. 5). The benchmarking process must be transparent and must be based on the parameters used internationally for such systems.5) In addition to internal evaluation process, participation in national and international rankings based on the survey of certain defined parameters is strongly suggested for forward looking institutions. Now there is a need to improve the ways in which the scientific research outputs are evaluated. Current valuations are mostly based on productivity criteria, characterized by ‘fast science’ academic publications in high-impact journals. High quality in-depth studies characterized by ‘slow science’should also be taken into consideration. The content and other aspects of meticulous and methodical research work rather than the shallow superficial studies may provide insight into a structured way of solving the various complex problems. Over the years, the numerous critical observations recorded may prove to be a valuable source of relevant information and several significant findings may emerge in establishing performance measures. Quality teaching learning interactions can significantly enhance cognitive abilities of learners and it would be worthwhile to have a few good papers than many routine ones as research outcomes. There is need to carry out stringent quality audit of all higher educational institutions to improve their standards, stimulate greater productivity and to excel on various fronts. Key challenges affecting the quality of research include limited attractiveness due to poor quality, shortage of qualified faculty to conduct research, lack of financial and infrastructural support for advanced research and poor linkages of education institutes with industry and research organizations. A meaningful change in the priorities and workings can set the tone for a discernible improvement in the standard of performance in science in the future. There are suggestions by funding agencies to have tougher enforcement action and stronger penalties for any deliberate scientific research misconduct as it amounts to misuse of public money.

Fig.5. Different aspects of academic initiatives to achieve excellence with a contemporary touch

Random sketches - education journey

Disciplined learners at higher level are the true assets of a nation and the journey of reconstruction and rebuilding of our nation involves streamlining higher education system in India. Higher education must provide substantial academic activities and proper incentives for strengthening the nation through individual development. The education journey must be fi lled with an air of excitement, motivation and recognition that acts as catalyst to developing more vibrant work culture. The increased interaction among the academic community will lead to the final desired performance and a strong system with scientific perspectives will have a good global impact. We would continue this exciting educational journey via common values, interests, passions that hold us together by strong bonds. Embarking on higher education reforms based on setting high standards and search for other perspectives on multiple options generated by higher education, broadens our horizon. Intensive industrial training program to provide an opportunity to students to acquire practical skills and project experience, and to provide an opportunity to industry leaders to identify potential employees is essential as a part of collaborative work. It is absolutely important to encourage small and medium scale enterprises (SMEs) and explore opportunities in the online marketing portals. The development strategy for the next decade should enhance the capability and capacity to produce marketable goods and services. This is possible through skilled learning at higher level, diversification and technology transfer, translating concepts into reality and other measures to promote manufacturing and services sectors. Many manufacturing industries from automobiles to textiles and those with different production capacities from micro to multinational firms are going in for automation in production and testing process, design changes and mechanization in a big way. These measures are essential to improve efficiency, increase productivity, and reduce manpower and operational cost. Indian industries have to attain global leadership positions in specifi ed sectors through sound technological ideas, concepts, converting an idea into a prototype, time management and teamwork, innovative projects, filing of patents, scaling up operations, and manufacturing and marketing fi nished products. The manufacturing revolutions in certain sectors such as automobiles, chemicals, telecommunications and software could propel India on the path of planned and balanced development. The potential for production of novel products, byproducts, multifunctional materials, and process intensifi cation technologies in several industries should be exploited to build technology capability. The strong mindsets using immense domain expertise available with the industry and fruitful collaborations with research and development (R & D) institutions can significantly enhance the number of patents filed. At the same time, protecting intellectual property and proprietary information through non-disclosure agreements and actual technology transfer through proper negotiations should take place at the maximum speed.

Channelizing natural resources including human resources that exist can help us to acquire and develop inner strength. Establishing goals that people can achieve via social, scientific and administrative empowerment enable us to promote economic growth. Domain-specific development models should be developed taking into account the special needs and unique problems of a particular domain. Special emphasis on improving the interdisciplinary research activities with time-bound focused deliverables from principal investigators will result in proactive engagement. Steps should be taken to identify the special needs of scientific community in India. India has to establish itself as a leader in promoting high quality higher education, high-impact research and development and technological innovation. There is a need for other academic and administrative reforms such as input-control system for admissions, students’ mobility between institutions with credit transfer, continuous and internal evaluation procedures, industrial collaboration to offer professional and skill based courses, active industry participation in curriculum design and detailed reviews, internal governance and improving autonomy and performance of the universities/institutions, and holistic higher education with multiple dimensions. As India is the 17th signatory to the select nations in Washington accord, acceptance of academic programs elsewhere and mobility with credit transfer would have far reaching impact in the current global scenario. The educationists should devote some serious attention to alter the current situation impacting the learning outcomes. It is important to liberalize and transform the Indian science and technology ecosystem that supports innovation and entrepreneurship in most academic institutions and universities. Changing the track and entering the woods to explore often leads to innovation and results in amazing inventions, and breakthrough results will be critical to the further development of science.

Indeed it will be easier to reach every objective if a group of individuals works towards a common goal with a true team spirit. It definitely has a tremendous long-term impact on people to lay the foundations of modern India to reach the destination (Fig. 6). It is essential to have fellowship program designed for Indian science faculty who have potential to play a key role in improving education at their institutes. An exciting new development is conducting audio-, web- and video conferences that help in exchanging data, sharing ideas, getting response, diligent execution and commercial success. Placement and internship opportunities should be such that they provide the best-fit in the human resource ladder. The institutes should enhance their employability quotient by introducing many specialized programs at undergraduate and postgraduate levels. It is a matter of concern that the highly educated people remain idle and often do not get a meaningful job. Restructuring the existing employment exchanges is the need of the hour to orient them to become ‘career centers’ or ‘training and placement cells’ that help valuable intellectual resource in counselling, liaison, training and final placement on a large scale. The needs for rapid industrialization and protection of Mother Earth have to be balanced. The establishment of key industrial clusters in the target sectors with useful industrial development policies facilitates employment generation with a significant impact on the future. The presence of large scale industrial and plastic waste is a sign of human disregard for nature and scant respect for the law of the land. We have to reduce waste materials produced in the processes of production and consumption by adapting environmentally sustainable production and proper waste disposal methods. The environmental concerns must be integrated into the industrial growth process via suitable management practices, rules, regulations and progressive laws. In developing a strong exceling spirit, the role of vibrant higher education system is of paramount importance, to act as catalysts of change in society.

Fig. 6. Building stability and consistency through strategic, rational and systematic efforts that creates a spirit of excitement

As higher education impacts the growth and development of a country, it is important to inculcate intellectual curiosity to inquire and commitment to deliver positive social impact in a learner. A problem like this demands multiple solutions in three dimensions, technical, financial and political. Some serious rethinking is required and paying special attention to areas of immediate concern will help in multiple reforms that are urgently required and the delivery of widespread development at all levels and justice. The setting up of special task force (STF) to suggest, assign clear educational tasks, special investigation team (SIT) to conduct detailed investigation about irregularities or misappropriation cases and special protection groups (SPG) to protect the larger interest of academicians, will go a long way in bringing the necessary changes. Similarly, setting up of industry consortium, helping academic institutions in revising their syllabus or other academic matters, could contribute significantly to the field of higher education. The industrial experts can spend some time in researching, writing and lecturing in colleges, planning expansion and diversification strategies, managing talent for tangible results, changing the learning and development (L & D) function, and building the future with integrated learning. The launch of a new center on higher education reform (CHER) to explore opportunities for reform, to recommend relevant policy changes and directives on implementation, to conduct independent educational research and to suggest specific solutions to higher education issues is absolutely essential in the Indian context. The Indian government should initiate schemes introducing a range of reforms to improve immensely our higher education system. Reforming institutions by transformation process, with concrete value addition, could make a difference in catalyzing rapid transformations in the lives of learners. These changes will create greater choice of accessibility, affordability, and accountability of higher education for enthusiastic and receptive learners. Journey through the changing landscapes of Indian higher education including development of teaching and promotional materials could provide a few interesting, and rare insights and breakthrough research outcomes (Fig.7). The demonstration of collective success by the critical thinking community incorporating representative teachers, writers, publishers, authors, illustrators, reformers, planners, investigators, intellectuals, industrialists, entrepreneurs, and science thinkers to create the desired intellectual, economic and social values serves the purpose of educational journey.

Fig. 7 Application of the basic principles to systematic and results-oriented actions in unlocking human potential

Elevated thinking-educate to succeed

The quality higher educational institute can become springboard for winners to change the world through proper purpose and fierce determination accompanied by organized planning and attention to detail, robust strategy and strong execution. We have to establish more number of A-grade institutions to match the required number of seats for the top 10 percent of learners. Ideally, higher education system should have the following characteristics: (a) large number of well-differentiated educational programs; (b) the connection between learner’s needs and program design has to exist to make learning an engaging, enriching, exciting and enjoyable experience; (c) the educational interests of institutes should be aligned to the interests of the individual learners; (d) long-term commitment to growth-oriented investment by government or private bodies; (e) adopt global perspectives and value addition; (f) excellent placement prospects on successful completion of a program; (g) curriculum framework designed to establish connection between education and life and also aligned with research needs; (h) excellence in teaching, learning, research and scholarship. Major reforms are expected relating to the streamlining educational processes for institutions, universities and research centers and take steps to boost research development in more targeted areas of science, engineering, technology, agriculture and medicine. The strategy and tactics to create and campaign higher education reforms involve capturing popular imagination across the length and breadth of the country and social media platforms to magnify the impact of campaign at every step of the educational ladder.

As higher education is one of the most powerful change agents, the learner at the end of each sessions has to become more excited, eager to learn and enthusiastic to collaborate and it would enhance the creative capabilities and performance of learners. Progressive leaders who can take the nation forward and have the ability of address immediate challenges and medium term concerns of broader educational development and deliver educational results can come forward to join hands with educational and social activists with their creative expression on higher education reforms. It may be worthwhile to set up ‘holistic integrative science education center’ to address the issues affecting degree equivalency involving specific criteria such as curriculum, teaching and learning assessment, critical infrastructure and resources, and management aspects to provide quality assurance and general education at the undergraduate level. India can become a high-priority higher educational market place by placing public interest initiatives involving 4Es -engage, educate, enrich and encourage. The capability to conduct new educational programs effectively and efficiently, in part, is established by the quality of the proposed program itself. The educational content should be designed to stimulate the brain to produce chemicals that add to the learning excitement. It is important to increase more direct involvement of institutions in decision-making and education reforms to include roadmap for future growth or to address specific concerns. Let this autonomy allow them to achieve important milestones before becoming top-class university/higher education institution and learn about the ‘survival of the fittest’ principle. The large presence of higher education institutions in the capital cities of all the states is expected to complement the growth potential. Also, creation of innovation institutions with favorable administrative atmosphere in selected places may provide higher education with a difference. The government should initiate a science infrastructure development project to create 30 science power centers that are built around specific themes that contribute to nation building process. The active collaboration and cooperative effort between academic and research institutions and those between industrial centers and nearby institutes would certainly enhance the merits of the advanced educational and research projects. It is essential to commercialize research output, scientific ideas, and technological advances into products or processes to transform the Indian economy. Growing number of industry sponsored research activities and technology transfers to industry is a sign of high level of innovation in the science and technology sector. A strong and united group with a perfect blend of youngsters and veterans could result in high level performance because of experience, skill sets, decision-making and hardworking nature.

India could potentially emerge as a global supplier of skilled manpower and eventually become a prominent knowledge and research destination in the world (Fig. 8). It can excel on the world platform on fairly consistent basis, create global brands, win Nobel prizes, and improve productivity to the extent possible, provided we develop a special ability and aptitude that provides a winning edge in a particular field. The higher education is necessary to accelerate the progress of the nation and India needs a comprehensive, sustainable, replicable and need-based higher education model. The requirement is to increase the core strengths of premier institutes and premium private universities to make them world class and to address the systems that are expected to streamline education and enable administration to take fast-track decisions, based on the national skill report 2014.6) The lesson for India is that it has to adopt pragmatic approach based on teaching philosophy and research statement to bring about higher education specific targeted reforms.7) We have to work hard by adopting contemporary educational design, quality control, skill up-gradation, product/process innovation, and value addition to translate thought into action. This becomes essential to build a strong India and to assume strategic global leadership positions in the near future through new ideas, visions, creativity and constant innovation. It remains to be seen if the government will take immediate and positive steps to bring about an improvement in the conditions of higher education to face the global challenges.

Acknowledgements. I take this opportunity to express my thanks to Mr. Praveen K. Shetty, M.I.T., for having taken time to go through the manuscript and making valuable comments.

NOTES

1. www.mooc-list.com/ www.coursera.com, www.udacity.com, https://www.udemy.

com
https://www.edx.org/ https://p2pu.org/ www.nptel.ac.in, https://www.moodle.org
2. https://www.mheducation.com.au/highered/digital/aris.html
3. www.britishcouncil.org/understanding_india_report.pdf
4. www.ey.com/.Indian_higher_education/Private_sector
5. www.topuniversities.com/university-rankings
6. https://wheebox.com/wheebox/resources/IndiaSkillsReport.pdf
7. www.gvctesangaria.org/websiteimg/publications/jdarticle.pdf

REFERENCES

Ellis, R.K. (2009). Field guide to learning management systems, Alexandria: ASTD. Stokes, D.E. (1997). Pasteur’s quadrant - basic science and technological innovation.

Washington: Brookings Institution Press.

Svinicki, M. & McKeachie, W.J. (2010). McKeachie’s teaching tips: strategies, research, and theory for college and university teachers. Belmont: Cengage Learning

Thimmappa, B.H.S. (2013a). Additional perspectives to an exciting science educational experience - part-II, - an Indian context. Chem. Educ. J., 15, 1-15.

Thimmappa, B.H.S. (2013b). Perspectives on technology enhanced learning and teaching for an exciting learning experience. Chemistry, 22, 30-51.

Thimmappa, B.H.S. (2014a). Higher education perspectives for an exciting educational experience - part III: an Indian context. Chemistry, 23, 208-231.

Thimmappa, B.H.S. (2014b). Higher education perspectives for an exciting educational experience - part IV: an Indian context. Chemistry, 23, 674-696.

2025 година
Книжка 3
ПРАЗНИК НА ХИМИЯТА 2025

Александра Камушева, Златина Златанова

ФАТАЛНИЯТ 13

Категория „Есе“, възрастова група 5. – 7. клас

ХИМИЯТА НА БАНКНОТИТЕ И МОНЕТИТЕ – НАПРЕДЪКЪТ НА НАУКАТА

Категория „Есе“, възрастова група 5. – 7. клас

ХИМИЯ НА МЕДОВИНАТА

Габриела Иванова, 10. клас Ръководител: Галя Аралова-Атанасова

ХИМИЯ НА БАНКНОТИТЕ И МОНЕТИТЕ

Категория „Есе“, възрастова група 8. – 10. клас

АЛУМИНИЙ – „ЩАСТЛИВИЯТ“ 13-И ЕЛЕМЕНТ

Категория „Есе“, възрастова група 8. – 10. клас

МЕТАЛЪТ НА ВРЕМЕТО

Категория „Есе“, възрастова група 8. – 10. клас

СЛАДКА ЛИ Е ФРЕНСКАТА ЛУЧЕНА СУПА?

Женя Петрова, 11. клас Ръководител: Мими Димова

АЛУМИНИЯТ – ЛЕКИЯТ „ЗДРАВЕНЯК“ В АВТОМОБИЛОСТРОЕНЕТО

Категория „Постер“, възрастова група 5. – 7. клас

ПАРИТЕ – ИСТОРИЯ И НЕОБХОДИМОСТ

Мария Александрова, 6. клас Ръководител: Румяна Стойнева

ХИМИЯ НА ХАРТИЕНИТЕ БАНКНОТИ – АМЕРИКАНСКИ ДОЛАР

Категория „Постер“, възрастова група 5. – 7. клас

АЛУМИНИЯТ – ОТ ОТПАДЪК ДО РЕСУРС

Категория „Постер“, възрастова група 8. – 10. клас

МЕТАЛЪТ ИЗЯЩЕСТВО: АЛУМИНИЯТ В СЪВРЕМЕННАТА БИЖУТЕРИЯ

Категория „Постер“, възрастова група 8. – 10. клас

ТАЙНАТА ХИМИЯ НА ШВЕЙЦАРСКИТЕ БАНКНОТИ

Категория „Постер“, възрастова група 8. – 10. клас

ХИМИЯТА – ДЕТЕКТИВ ИЛИ ПРЕСТЪПНИК?

Алвина Илин, 12. клас , Валентина Ткачова, 12. клас Ръководител: Петя Петрова

БЕБЕШКИ ШАМПОАН ОТ ЯДЛИВИ СЪСТАВКИ: ФОРМУЛИРАНЕ НА НОВ КОЗМЕТИЧЕН ПРОДУКТ

Категория „Презентация“, възрастова група 5. – 7. клас

БЪЛГАРСКОТО ИМЕ НА ДЪЛГОЛЕТИЕТО

Сияна Краишникова, 7. клас Ръководител: Анелия Иванова

ХИМИЯ НА МОНЕТИТЕ

Категория „Презентация“, възрастова група 5. – 7. клас

ХИМИЯ НА ШОКОЛАДА

Камелия Вунчева, 9. клас , Мария-Сара Мандил, 9. клас Ръководител: Марияна Георгиева

ХИМИЯТА НА ПАРИТЕ

Категория „Презентация“, възрастова група 8. – 10. клас

АЛУМИНИЯТ В КРИОГЕНИКАТА

Категория „Презентация“, възрастова група 8. – 10. клас

ПРИЛОЖЕНИЕ НА АЛУМИНИЯ ВЪВ ВАКСИНИТЕ

Станислав Милчев, 9. клас Ръководител: Петя Вълкова

АЛУМИНИЙ: „КРИЛА НА ЧОВЕЧЕСТВОТО – ЛЮБИМЕЦ 13“

Категория „Презентация“, възрастова група 8. – 10. клас

ХИМИЯТА В ПЧЕЛНИЯ МЕД

Сиана Каракашева, 10. клас , Симона Тричкова, 10. клас Ръководител: Майя Найденова-Георгиева

ИЗПОЛЗВАНЕ НА АЛУМИНИЙ В БИЖУТЕРИЯТА: БИЖУТА ОТ АЛУМИНИЕВА ТЕЛ

Категория „Презентация“, възрастова група 8. – 10. клас

ХИМИЯ НА МЛЕЧНИТЕ ПРОДУКТИ

Пламена Боиклиева, 10 клас Ръководител: Дафинка Юрчиева

ХИМИЯ В МАСЛИНИТЕ

Категория „Презентация“, възрастова група 8. – 10. клас

ХИМИЯ НА ЛЮТОТО

Категория „Презентация“, възрастова група 8. – 10. клас

ХИНАП – ИЗСЛЕДВАНЕ НА СЪДЪРЖАНИЕТО НА ВИТАМИН С

Категория „Презентация“, възрастова група 11. – 12. клас

АЛУМИНИЯТ – ЧУДНИЯТ МЕТАЛ, ОФОРМИЛ СЪВРЕМЕННАТА ЦИВИЛИЗАЦИЯ

Категория „Презентация“, възрастова група 11. – 12. клас

ХИМИЯ НA ПAРИТE

Категория „Презентация“, възрастова група 11. – 12. клас

ВЛИЯНИЕ НА МАРИНАТИТЕ ВЪРХУ МЕСОТО

Категория „Изследователски проект“

АНАЛИЗ НА ПРИРОДНИ ВОДИ В ОБЩИНА СЛИВЕН

Категория „Изследователски проект“

ТРИНАДЕСЕТИЯТ ЕЛЕМЕНТ – СПАСИТЕЛ ИЛИ ТИХ РАЗРУШИТЕЛ?

Категория „Изследователски проект“

Книжка 2
Книжка 1
MATHEMATICAL MODELLING OF THE TRANSMISSION DYNAMICS OF PNEUMONIA AND MENINGITIS COINFECTION WITH VACCINATION

Deborah O. Daniel, Sefiu A. Onitilo, Omolade B. Benjamin, Ayoola A. Olasunkanmi

2024 година
Книжка 5-6
Книжка 3-4
Книжка 1-2
2023 година
Книжка 5-6
Книжка 3-4
Книжка 2
ПИОНЕР НА ПРИРОДОЗАЩИТНОТО ДЕЛО, БЕЛЕЖИТ УЧЕН И ПОПУЛЯРИЗАТОР НА БЪЛГАРСКАТА НАУКА

(ПО СЛУЧАЙ 100 Г. ОТ РОЖДЕНИЕТО НА ДОЦ. НИКОЛАЙ БОЕВ) Васил Големански , Златозар Боев

Книжка 1
2022 година
Книжка 6

METEOROLOGICAL DETERMINANTS OF COVID-19 DISEASE: A LITERATURE REVIEW

Z. Mateeva , E. Batchvarova , Z. Spasova , I. Ivanov , B. Kazakov , S. Matev , A. Simidchiev , A. Kitev

NATURAL SCIENCE AND ADVANCED TECHNOLOGY EDUCATION ANNUAL CONTENTS / VOLUME 31, 2022 ОБУЧЕНИЕ ПО ПРИРОДНИ НАУКИ И ВЪРХОВИ ТЕХНОЛОГИИ ГОДИШНО СЪДЪРЖАНИЕ / ГОДИНА XXXI, 2022

СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 120 КНИЖКА 2 / NUMBER 2: 121 – 224 КНИЖКА 3 / NUMBER 3: 225 – 328 КНИЖКА 4 / NUMBER 4: 329 – 404 КНИЖКА 5 / NUMBER 5: 405 – 488 КНИЖКА 6 / NUMBER 6: 489 – 592

Книжка 5
MATHEMATICAL MODELLING OF THE TRANSMISSION MECHANISM OF PLAMODIUM FALCIPARUM

Onitilo S. A , Usman M. A. , Daniel D. O. , Odetunde O. S. , Ogunwobi Z. O. ,Hammed F. A. , Olubanwo O. O. , Ajani A. S. , Sanusi A. S. , Haruna A. H.

ПОСТАНОВКА ЗА ИЗМЕРВАНЕ СКОРОСТТА НА ЗВУКА ВЪВ ВЪЗДУХ

Станислав Сланев, Хафизе Шабан, Шебнем Шабан, Анета Маринова

Книжка 4
MAGNETIC PROPERTIES

Sofija Blagojević, Lana Vujanović, Andreana Kovačević Ćurić

„TAP, TAP WATER“ QUANTUM TUNNELING DEMONSTRATION

Katarina Borković, Andreana Kovačević Ćurić

Книжка 3
Книжка 2
КОМЕТИТЕ – I ЧАСТ

Пенчо Маркишки

Книжка 1
ЗА НАУЧНОТО ПРИЗНАНИЕ

Още по-високо качество на българското образование и наука и непрекъснато „атакуване“ на най-добрите европейски и световни стандарти. Така най-кратко може да бъде описан пътят към повишаване видимостта и разпознаваемостта на труда на родните учени и изследователи. Необходими са действия за отстраняване на проблеми в организацията, финансирането, системата за акредитация, за атестацията на преподавателите, както и абсолютно недопустимия проблем с пла

DISTANCE LEARNING: HOMEMADE COLLOIDAL SILVER

Ana Sofía Covarrubias-Montero, Jorge G. Ibanez

2021 година
Книжка 6
STUDY OF COMPOSITIONS FOR SELECTIVE WATER ISOLATION IN GAS WELLS

Al-Obaidi S.H. , Hofmann M. , Smirnov V.I. , Khalaf F.H. , Alwan H.H.

NATURAL SCIENCE AND ADVANCED TECHNOLOGY EDUCATION ANNUAL CONTENTS / VOLUME 30, 2021 ОБУЧЕНИЕ ПО ПРИРОДНИ НАУКИ И ВЪРХОВИ ТЕХНОЛОГИИ ГОДИШНО СЪДЪРЖАНИЕ / ГОДИНА XXX, 2021

СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 122 КНИЖКА 2 / NUMBER 2: 113 – 232 КНИЖКА 3 / NUMBER 3: 233 – 329 КНИЖКА 4 / NUMBER 4: 330 – 436 КНИЖКА 5 / NUMBER 5: 436 – 548 КНИЖКА 6 / NUMBER 6: 549 – 652 FROM THE RESEARCH LABORATORIES 10 – 25 Reveal the Potency of Water Hyacinth and Red Ginger Extract as Hy- drogel Wound Dressing for Mrsa Diabetic Wound: a Short Review / Maulidan Firdaus, Muhammad Iqbal Daniswara, Khoirul Jamaluddin,

Книжка 5
POTENTIAL APPLICATIONS OF ANTIBACTERIAL COMPOUNDS IN EDIBLE COATING AS FISH PRESERVATIVE

Maulidan Firdaus, Desy Nila Rahmana, Diah Fitri Carolina, Nisrina Rahma Firdausi, Zulfaa Afiifah, Berlian Ayu Rismawati Sugiarto

Книжка 4
Книжка 3

PROBLEM OF THE 8-TH EXPERIMENTAL PHYSICS OLYMPIAD, SKOPJE, 8 MAY 2021 DETERMINATION OF PLANCK CONSTANT BY LED

Todor M. Mishonov , Aleksander P. Petkov , Matteo Andreoni , Emil G. Petkov , Albert M. Varonov , Iglika M. Dimitrova , Leonora Velkoska , Riste Popeski-Dimovski

Книжка 2
INVESTIGATION OF

Bozhidar Slavchev, Elena Geleva, Blagorodka Veleva, Hristo Protohristov, Lyuben Dobrev, Desislava Dimitrova, Vladimir Bashev, Dimitar Tonev

Книжка 1
DEMONSTRATION OF DAMPED ELECTRICAL OSCILLATIONS

Elena Grebenakova, Stojan Manolev

2020 година
Книжка 6
ДОЦ. Д-Р МАРЧЕЛ КОСТОВ КОСТОВ ЖИВОТ И ТВОРЧЕСТВО

Здравка Костова, Елена Георгиева

CHEMISTRY: BULGARIAN JOURNAL OF SCIENCE EDUCATION ANNUAL CONTENTS / VOLUME 29, 2020 ПРИРОДНИТЕ НАУКИ В ОБРАЗОВАНИЕТО ГОДИШНО СЪДЪРЖАНИЕ / ГОДИНА XXIX, 2020

СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 140 КНИЖКА 2 / NUMBER 2: 141 – 276 КНИЖКА 3 / NUMBER 3: 277 – 432 КНИЖКА 4 / NUMBER 4: 433 – 548 КНИЖКА 5 / NUMBER 5: 549 – 660 КНИЖКА 6 / NUMBER 6: 661 – 764 EDUCATION: THEORY AND PRACTICE 11 – 18 Физиката – навсякъде около нас [Physics аround Us: The Honey] / Пенка Василева/ Penka Vasileva 19 – 26 Молекулите на удоволствието [The Pleasure Molecules: Introduc- tory Information] / Веселина Янкова, Снежана Демирова, Цветанка Мит

Книжка 5
Книжка 4
JACOB’S LADDER FOR THE PHYSICS CLASSROOM

Kristijan Shishkoski, Vera Zoroska

COMPARATIVE PERFORMANCE AND DIGESTIBILITY OF NUTRIENTS IN AFSHARI AND GHEZEL RAM LAMBS

Morteza Karami, Fardis Fathizadeh, Arash Yadollahi, Mehran Aboozari, Yaser Rahimian, Reza Alipoor Filabadi

КАЛЦИЙ, ФОСФОР И ДРУГИ ФАКТОРИ ЗА КОСТНО ЗДРАВЕ

Радка Томова, Светла Асенова, Павлина Косева

Книжка 3
THE DAY OF THE INDUCTANCE: PROBLEMS OF THE 7

Todor M. Mishonov, Riste Popeski-Dimovski, Leonora Velkoska, Iglika M. Dimitrova, Vassil N. Gourev, Aleksander P. Petkov, Emil G. Petkov, Albert M. Varonov

MATHEMATICAL MODELING OF 2019 NOVEL CORONAVIRUS (2019 – NCOV) PANDEMIC IN NIGERIA

Sefiu A. Onitilo, Mustapha A. Usman, Olutunde S. Odetunde, Fatai A. Hammed, Zacheous O. Ogunwobi, Hammed A. Haruna, Deborah O. Daniel

Книжка 2

ВОДОРОДЪТ – НАЙ-ЕКОЛОГИЧНО ЧИСТОТО ГОРИВО

Миглена Славова, Радка Томова

Книжка 1
НАУЧНОТО ПРИЗНАНИЕ

Престижът на един унверситет не се определя от материалните ценнос- ти – сгради, лаборатории, аудитории, библиотеки, спортни съоръжения, които

МОЛЕКУЛИТЕ НА УДОВОЛСТВИЕТО

Веселина Янкова, Снежана Демирова, Цветанка Митева, Явор Князов, Христо Желев, Димитър Георгиев, Габриела Стоянова

WATER PURIFICATION WITH LASER RADIATION

Lyubomir Lazov, Hristina Deneva, Galina Gencheva

ФИЗИКОХИМИЧНАТА ШКОЛА НА РОСТИСЛАВ КАИШЕВ В ПЕРИОДА 1950 – 1957 (СПОМЕНИ НА ЕДИН СВИДЕТЕЛ)

На 7 януари 2020 г. във Франция по- чина Боян Mутафчиев – учен с висока ре- путация във Франция и света. Той беше президент на Френската асоциация по кристален растеж, председател на Ко- мисията за изследвания в областта на микрогравитацията към Националния център за космически изследвания на Франция. Той беше ключова фигура в Ев- ропейската космическа агенция, в Евро-

2019 година
Книжка 6
LASER MICRO-PERFORATION AND FIELDS OF APPLICATION

Hristina Deneva, Lyubomir Lazov, Edmunds Teirumnieks

ПРИЛОЖНА ФОТОНИКА И АНТИОКСИДАНТНИ СВОЙСТВА НА ВИСОКООЛЕИНОВО СЛЪНЧОГЛЕДОВО МАСЛО С БИЛКОВИ ПРИМЕСИ

Кръстена Николова, Стефка Минкова, Поли Радушева, Георги Бошев, Еркан Фаридин, Нурал Джамбазов, Мариана Перифанова-Немска

ПРОЦЕСЪТ ДИФУЗИЯ – ОСНОВА НА ДИАЛИЗАТА

Берна Сабит, Джемиле Дервиш, Мая Никова, Йорданка Енева

IN VITRO EVALUATION OF THE ANTIOXIDANT PROPERTIES OF OLIVE LEAF EXTRACTS – CAPSULES VERSUS POWDER

Hugo Saint-James, Gergana Bekova, Zhanina Guberkova, Nadya Hristova-Avakumova, Liliya Atanasova, Svobodan Alexandrov, Trayko Traykov, Vera Hadjimitova

2019 − THE INTERNATIONAL YEAR OF THE PERIODIC TABLE OF CHEMICAL ELEMENTS

Maria Atanassova, Radoslav Angelov, Dessislava Gerginova, Alexander Zahariev

ТЕХНОЛОГИЯ

Б. В. Тошев

CHEMISTRY: BULGARIAN JOURNAL OF SCIENCE EDUCATION ANNUAL CONTENTS / VOLUME 28, 2019 ХИМИЯ. ПРИРОДНИТЕ НАУКИ В ОБРАЗОВАНИЕТО ГОДИШНО СЪДЪРЖАНИЕ / ГОДИНА XXVIII, 2019

СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 160 КНИЖКА 2 / NUMBER 2: 161 – 280 КНИЖКА 3 / NUMBER 3: 281 – 424 КНИЖКА 4 / NUMBER 4: 425 – 552 КНИЖКА 5 / NUMBER 5: 553 – 680 КНИЖКА 6 / NUMBER 6: 681 – 832

Книжка 5
ЗЕЛЕНА ХИМИЯ В УЧИЛИЩНАТА ЛАБОРАТОРИЯ

Александрия Генджова, Мая Тавлинова-Кирилова, Александра Камушева

ON THE GENETIC TIES BETWEEN EUROPEAN NATIONS

Jordan Tabov, Nevena Sabeva-Koleva, Georgi Gachev

SCIENCE CAN BRING PEOPLE TOGETHER

Nadya Kantareva-Baruh

Книжка 4

CHEMOMETRIC ANALYSIS OF SCHOOL LIFE IN VARNA

Radka Tomova, Petinka Galcheva, Ivajlo Trajkov, Antoaneta Hineva, Stela Grigorova, Rumyana Slavova, Miglena Slavova

ЦИКЛИТЕ НА КРЕБС

Ивелин Кулев

Книжка 3
ПРИНЦИПИТЕ НА КАРИЕРНОТО РАЗВИТИЕ НА МЛАДИЯ УЧЕН

И. Панчева, М. Недялкова, С. Кирилова, П. Петков, В. Симеонов

UTILISATION OF THE STATIC EVANS METHOD TO MEASURE MAGNETIC SUSCEPTIBILITIES OF TRANSITION METAL ACETYLACETONATE COMPLEXES AS PART OF AN UNDERGRADUATE INORGANIC LABORATORY CLASS

Anton Dobzhenetskiy, Callum A. Gater, Alexander T. M. Wilcock, Stuart K. Langley, Rachel M. Brignall, David C. Williamson, Ryan E. Mewis

THE 100

Maria Atanassova, Radoslav Angelov

A TALE OF SEVEN SCIENTISTS

Scerri, E.R. (2016). A Tale of Seven Scientists and a New Philosophy of Science.

Книжка 2
DEVELOPMENT OF A LESSON PLAN ON THE TEACHING OF MODULE “WATER CONDUCTIVITY”

A. Thysiadou, S. Christoforidis, P. Giannakoudakis

AMPEROMETRIC NITRIC OXIDE SENSOR BASED ON MWCNT CHROMIUM(III) OXIDE NANOCOMPOSITE

Arsim Maloku, Epir Qeriqi, Liridon S. Berisha, Ilir Mazreku, Tahir Arbneshi, Kurt Kalcher

THE EFFECT OF AGING TIME ON Mg/Al HYDROTALCITES STRUCTURES

Eddy Heraldy, Triyono, Sri Juari Santosa, Karna Wijaya, Shogo Shimazu

Книжка 1
2019: ДВЕ ВАЖНИ СЪБИТИЯ

На 20 декември 2017 г. Общото събрание на Организацията на обединени- те нации (ООН), на своята 72-ра сесия, прокламира годината 2019 за „Между- народна година на Периодичната таблица на химичните елементи“ (IYPT 2019). Съгласно представите на Томас Кун раз- витието на „нормалната наука“ става на основата на малък брой основополагащи научни резултати, наречени „научни пара- дигми“. За химията научните парадигми са три: (1) откриването на кислорода от Лавоазие; (

A CONTENT ANALYSIS OF THE RESULTS FROM THE STATE MATRICULATION EXAMINATION IN MATHEMATICS

Elena Karashtranova, Nikolay Karashtranov, Vladimir Vladimirov

SOME CONCEPTS FROM PROBABILITY AND STATISTICS AND OPPORTUNITIES TO INTEGRATE THEM IN TEACHING NATURAL SCIENCES

Elena Karashtranova, Nikolay Karashtranov, Nadezhda Borisova, Dafina Kostadinova

45. МЕЖДУНАРОДНА ОЛИМПИАДА ПО ХИМИЯ

Донка Ташева, Пенка Василева

2018 година
Книжка 6

ЗДРАВЕ И ОКОЛНА СРЕДА

Кадрие Шукри, Светлана Великова, Едис Мехмед

СЕМИНАР-ПРАКТИКУМЪТ В НЕФОРМАЛНОТО ОБУЧЕНИЕ – ВЪЗМОЖНОСТ И РАЗВИТИЕ НА УМЕНИЯ И ТВОРЧЕСТВО ПРЕЗ ПРИЗМАТА НА ФИЗИКАТА

Асен Пашов, Снежана Йорданова-Дюлгерова, Бонка Караиванова-Долчинкова, Руска Драганова-Христова

РОБОТИКА ЗА НАЧИНАЕЩИ ЕНТУСИАСТИ

Даниела Узунова, Борис Велковски, Илко Симеонов Владислав Шабански, Димитър Колев

DESIGN AND DOCKING STUDIES OF HIS-LEU ANALOGUES AS POTENTIOAL ACE INHIBITORS

Rumen Georgiev, Tatyana Dzimbova, Atanas Chapkanov

X-RAY DIFFRACTION STUDY OF M Zn(TeО )

Kenzhebek T. Rustembekov, Mitko Stoev, Aitolkyn A. Toibek

ELECTROCHEMICAL IMPEDANCE STUDY OF BSCCO (2212) CUPRATE CERAMIC ADDITIVE TO THE ZINC ELECTRODE IN Ni-Zn BATTERIES

A. Vasev, P. Lilov, G. Ivanova, Y. Marinov, A. Stoyanova, V. Mikli, A. Stoyanova-Ivanova

CALIBRATION OF GC/MS METHOD FOR DETERMINATION OF PHTHALATES

N. Dineva, I. Givechev, D. Tanev, D. Danalev

SONOCHEMICAL SYNTHESIS OF 4-AMINOANTIPYRINE SCHIFF BASES A ND EVALUATION OF THEIR ANTIMICROBIAL, ANTI-TYROSINASE AND DPPH SCAVENGING ACTIVITIES

Maya Chochkova, Boyka Stoykova, Iva Romanova, Petranka Petrova, Iva Tsvetkova, Hristo Najdenski, Lubomira Nikolaeva- Glomb, Nadya Nikolova, Galya Ivanova, Atanas Chapkanov, Tsenka Milkova, Martin Štícha, Ivan Nemec

ELECTROSYNTHESIS OF CADMIUM SELENIDE NANOPARTICLES WITH SIMULTANEOUS EXTRACTION INTO P-XYLENE

S. S. Fomanyuk, V. O. Smilyk, G. Y. Kolbasov, I. A. Rusetskyi, T. A. Mirnaya

БИОЛОГИЧЕН АСПЕКТ НА РЕКАНАЛИЗАЦИЯ С ВЕНОЗНА ТРОМБОЛИЗА

Мариела Филипова, Даниела Попова, Стоян Везенков

CHEMISTRY: BULGARIAN JOURNAL OF SCIENCE EDUCATION ПРИРОДНИТЕ НАУКИ В ОБРАЗОВАНИЕТО VOLUME 27 / ГОДИНА XXVII, 2018 ГОДИШНО СЪДЪРЖАНИЕ СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1 – 152 КНИЖКА 2 / NUMBER 2: 153 – 312 КНИЖКА 3 / NUMBER 3: 313 – 472 КНИЖКА 4 / NUMBER 4: 473 – 632 КНИЖКА 5 / NUMBER 5: 633 – 792 КНИЖКА 6 / NUMBER 6: 793 – 952 КНИЖКА 1 / NUMBER 1: 1 – 152 КНИЖКА 2 / NUMBER 2: 153 – 312 КНИЖКА

(South Africa), A. Ali, M. Bashir (Pakistan) 266 – 278: j-j Coupled Atomic Terms for Nonequivalent Electrons of (n-1)fx and nd1 Configurations and Correlation with L-S Terms / P. L. Meena (India) 760 – 770: Methyl, тhe Smallest Alkyl Group with Stunning Effects / S. Moulay 771 – 776: The Fourth State of Matter / R. Tsekov

Книжка 5
ИМОБИЛИЗИРАНЕ НА ФРУКТОЗИЛТРАНСФЕРАЗА ВЪРХУ КОМПОЗИТНИ ФИЛМИ ОТ ПОЛИМЛЕЧНА КИСЕЛИНА, КСАНТАН И ХИТОЗАН

Илия Илиев, Тонка Василева, Веселин Биволарски, Ася Виранева, Иван Бодуров, Мария Марудова, Теменужка Йовчева

ELECTRICAL IMPEDANCE SPECTROSCOPY OF GRAPHENE-E7 LIQUID-CRYSTAL NANOCOMPOSITE

Todor Vlakhov, Yordan Marinov, Georgi. Hadjichristov, Alexander Petrov

ON THE POSSIBILITY TO ANALYZE AMBIENT NOISE RECORDED BY A MOBILE DEVICE THROUGH THE H/V SPECTRAL RATIO TECHNIQUE

Dragomir Gospodinov, Delko Zlatanski, Boyko Ranguelov, Alexander Kandilarov

RHEOLOGICAL PROPERTIES OF BATTER FOR GLUTEN FREE BREAD

G. Zsivanovits, D. Iserliyska, M. Momchilova, M. Marudova

ПОЛУЧАВАНЕ НА ПОЛИЕЛЕКТРОЛИТНИ КОМПЛЕКСИ ОТ ХИТОЗАН И КАЗЕИН

Антоанета Маринова, Теменужка Йовчева, Ася Виранева, Иван Бодуров, Мария Марудова

CHEMILUMINESCENT AND PHOTOMETRIC DETERMINATION OF THE ANTIOXIDANT ACTIVITY OF COCOON EXTRACTS

Y. Evtimova, V. Mihailova, L. A. Atanasova, N. G. Hristova-Avakumova, M. V. Panayotov, V. A. Hadjimitova

ИЗСЛЕДОВАТЕЛСКИ ПРАКТИКУМ

Ивелина Димитрова, Гошо Гоев, Савина Георгиева, Цвета Цанова, Любомира Иванова, Борислав Георгиев

H O O H H H C H 104.45° 108.9° H A B

Figure 1. A – Water; B – Methanol Indeed, the literature survey reveals a trove of reports on methylation of such molecules and the effects of thus-tethered methyl groups were illustrated (Barreiro et al., 2011). An astounding fact is the link between the methyl group in methylated DNA and the cancer development (Newberne & Rogers, 1986; Wajed et al., 2001); methylation of biological molecules contributes to the regulation of gene expression and protein function, and RNA proces

Книжка 4
PARAMETRIC INTERACTION OF OPTICAL PULSES IN NONLINEAR ISOTROPIC MEDIUM

A. Dakova, V. Slavchev, D. Dakova, L. Kovachev

ДЕЙСТВИЕ НА ГАМА-ЛЪЧИТЕ ВЪРХУ ДЕЗОКСИРИБОНУКЛЕИНОВАТА КИСЕЛИНА

Мирела Вачева, Хари Стефанов, Йоана Гвоздейкова, Йорданка Енева

RADIATION PROTECTION

Natasha Ivanova, Bistra Manusheva

СРАВНИТЕЛЕН АНАЛИЗ НА СЪДЪРЖАЩИТЕ СЕ ЕСТЕСТВЕНИ РАДИОНУКЛИДИ В НЕВЕН И ЛАЙКА

Сияна Димова, Цветелина Стефанова, Йорданка Енева, Нина Архангелова

СТАБИЛНОСТ НА ЕМУЛСИИ ОТ ТИПА МАСЛО/ ВОДА С КОНЮГИРАНА ЛИНОЛОВА КИСЕЛИНА

И. Милкова-Томова, Д. Бухалова, К. Николова, Й. Алексиева, И. Минчев, Г. Рунтолев

THE EFFECT OF EXTRA VIRGIN OLIVE OIL ON THE HUMAN BODY AND QUALITY CONTROL BY USING OPTICAL METHODS

Carsten Tottmann, Valentin Hedderich, Poli Radusheva, Krastena Nikolova

ИНФРАЧЕРВЕНА ТЕРМОГРАФИЯ ЗА ДИАГНОСТИКА НА ФОКАЛНА ИНФЕКЦИЯ

Рая Грозданова-Узунова, Тодор Узунов, Пепа Узунова

ЕЛЕКТРИЧНИ СВОЙСТВА НА КОМПОЗИТНИ ФИЛМИ ОТ ПОЛИМЛЕЧНА КИСЕЛИНА

Ася Виранева, Иван Бодуров, Теменужка Йовчева

Книжка 3
PHYSICS IS AN EVER YOUNG SCIENCE

Temenuzhka Yovcheva

ТРИ ИДЕИ ЗА ЕФЕКТИВНО ОБУЧЕНИЕ

Гергана Карафезиева

МАГИЯТА НА ТВОРЧЕСТВОТО КАТО ПЪТ НА ЕСТЕСТВЕНО УЧЕНЕ В УЧЕБНИЯ ПРОЦЕС

Гергана Добрева, Жаклин Жекова, Михаела Чонос

ОБУЧЕНИЕ ПО ПРИРОДНИ НАУКИ ЧРЕЗ МИСЛОВНИ КАРТИ

Виолета Стоянова, Павлина Георгиева

ИГРА НА ДОМИНО В ЧАС ПО ФИЗИКА

Росица Кичукова, Ценка Маринова

ТЪМНАТА МАТЕРИЯ В КЛАСНАТА СТАЯ

Симона Стоянова, Анета Маринова

ПРОБЛЕМИ ПРИ ОБУЧЕНИЕТО ПО ФИЗИКА ВЪВ ВВМУ „Н. Й. ВАПЦАРОВ“

А. Христова, Г. Вангелов, И. Ташев, М. Димидов

ИЗГРАЖДАНЕ НА СИСТЕМА ОТ УЧЕБНИ ИНТЕРНЕТ РЕСУРСИ ПО ФИЗИКА И ОЦЕНКА НА ДИДАКТИЧЕСКАТА ИМ СТОЙНОСТ

Желязка Райкова, Георги Вулджев, Наталия Монева, Нели Комсалова, Айше Наби

ИНОВАЦИИ В БОРБАТА С ТУМОРНИ ОБРАЗУВАНИЯ – ЛЕЧЕНИЕ ЧРЕЗ БРАХИТЕРАПИЯ

Георги Върбанов, Радостин Михайлов, Деница Симеонова, Йорданка Енева

NATURAL RADIONUCLIDES IN DRINKING WATER

Natasha Ivanova, Bistra Manusheva

Книжка 2

АДАПТИРАНЕ НА ОБРАЗОВАНИЕТО ДНЕС ЗА УТРЕШНИЯ ДЕН

И. Панчева, М. Недялкова, П. Петков, Х. Александров, В. Симеонов

STRUCTURAL ELUCIDATION OF UNKNOWNS: A SPECTROSCOPIC INVESTIGATION WITH AN EMPHASIS ON 1D AND 2D

Vittorio Caprio, Andrew S. McLachlan, Oliver B. Sutcliffe, David C. Williamson, Ryan E. Mewis

INTEGRATED ENGINEERING EDUCATION: THE ROLE OF ANALYSIS OF STUDENTS’ NEEDS

Veselina Kolarski, Dancho Danalev, Senia Terzieva

Книжка 1
ZAGREB CONNECTION INDICES OF TiO NANOTUBES

Sohaib Khalid, Johan Kok, Akbar Ali, Mohsin Bashir

2017 година
Книжка 6
GEOECOLOGICAL ANALYSIS OF INDUSTRIAL CITIES: ON THE EXAMPLE OF AKTOBE AGGLOMERATION

Zharas Berdenov, Erbolat Mendibaev, Talgat Salihov, Kazhmurat Akhmedenov, Gulshat Ataeva

TECHNOGENESIS OF GEOECOLOGICAL SYSTEMS OF NORTHEN KAZAKHSTAN: PROGRESS, DEVELOPMENT AND EVOLUTION

Kulchichan Dzhanaleyeva, Gulnur Mazhitova, Altyn Zhanguzhina, Zharas Berdenov, Tursynkul Bazarbayeva, Emin Atasoy

СПИСАНИЕ ПРОСВѢТА

Списание „Просвета“ е орган на Просветния съюз в България. Списанието е излизало всеки месец без юли и август. Годишният том съдържа 1280 стра- ници. Списанието се издава от комитет, а главен редактор от 1935 до 1943 г. е проф. Петър Мутафчиев, историк византолог и специалист по средновеков-

Книжка 5

47-А НАЦИОНАЛНА КОНФЕРЕНЦИЯ НА УЧИТЕЛИТЕ ПО ХИМИЯ

В последните години тези традиционни за българското учителство конфе- ренции се организират от Българското дружество по химическо образование и история и философия на химията. То е асоцииран член на Съюза на химици- те в България, който пък е член на Европейската асоциация на химическите и

JOURNALS OF INTEREST: A REVIEW (2016)

BULGARIAN JOURNAL OF SCIENCE AND EDUCATION POLICY ISSN 1313-1958 (print) ISSN 1313-9118 (online) http://bjsep.org

INVESTIGATING THE ABILITY OF 8

Marina Stojanovska, Vladimir M. Petruševski

SYNTHESIS OF TiO -M (Cd, Co, Mn)

Candra Purnawan, Sayekti Wahyuningsih, Dwita Nur Aisyah

EFFECT OF DIFFERENT CADMIUM CONCENTRATION ON SOME BIOCHEMICAL PARAMETERS IN ‘ISA BROWN’ HYBRID CHICKEN

Imer Haziri, Adem Rama, Fatgzim Latifi, Dorjana Beqiraj-Kalamishi, Ibrahim Mehmeti, Arben Haziri

PHYTOCHEMICAL AND IN VITRO ANTIOXIDANT STUDIES OF PRIMULA VERIS (L.) GROWING WILD IN KOSOVO

Ibrahim Rudhani, Florentina Raci, Hamide Ibrahimi, Arben Mehmeti, Ariana Kameri, Fatmir Faiku, Majlinda Daci, Sevdije Govori, Arben Haziri

ПЕДАГОГИЧЕСКА ПОЕМА

Преди година-две заедно с директора на Националното издателство „Аз- буки“ д-р Надя Кантарева-Барух посетихме няколко училища в Родопите. В едно от тях ни посрещнаха в голямата учителска стая. По стените ѝ имаше големи портрети на видни педагози, а под тях – художествено написани умни мисли, които те по някакъв повод са казали. На централно място бе портретът на Антон Семьонович Макаренко (1888 – 1939). Попитах учителките кой е Макаренко – те посрещнаха въпроса ми с мълчание. А някога, в г

Книжка 4
„СИМВОЛНИЯТ КАПИТАЛ“ НА БЪЛГАРСКОТО УЧИЛИЩЕ

Николай Цанков, Веска Гювийска

KINETICS OF PHOTO-ELECTRO-ASSISTED DEGRADATION OF REMAZOL RED 5B

Fitria Rahmawati, Tri Martini, Nina Iswati

ALLELOPATHIC AND IN VITRO ANTICANCER ACTIVITY OF STEVIA AND CHIA

Asya Dragoeva, Vanya Koleva, Zheni Stoyanova, Eli Zayova, Selime Ali

NOVEL HETEROARYLAMINO-CHROMEN-2-ONES AND THEIR ANTIBACTERIAL ACTIVITY

Ramiz Hoti, Naser Troni*, Hamit Ismaili, Gjyle Mulliqi-Osmani, Veprim Thaçi

ОСНОВИ НА ОБЩАТА МЕТОДИКА ПО ЕСТЕСТВОЗНАНИЕ – 1925 Г.

Проф. Валериан Викторович Половцов (1862 – 1918)

Книжка 3
НАЦИОНАЛЕН КОНКУРС НА ФОНДАЦИЯ „ВИГОРИЯ“ – „С ЛЮБОВ КЪМ НАУКАТА“

Класирането на участниците в конкурса – учители и ученици, бе извър- шено от комисия в състав: проф. д.х.н. Борислав Тошев – председател; доц. д-р Свобода Бенева; Мария Петрова – учител по химия; Милка Джиджова – учител по физика; Наско Стаменов – химик в Националния политехнически музей, София. КЛАСИРАНЕ НА УЧИТЕЛИ – РЪКОВОДИТЕЛИ НА ДЕЙНОСТИТЕ НА СВОИ УЧЕНИЦИ Всички училища, които бяха подали заявка за участие в конкурса „С лю- бов към науката“, получиха предварително през ноември 201

OPTIMIZATION OF ENGINE OIL FORMULATION USING RESPONSE SURFACE METHODOLOGY AND GENETIC ALGORITHM: A COMPARATIVE STUDY

Behnaz Azmoon, Abolfazl Semnani, Ramin Jaberzadeh Ansari, Hamid Shakoori Langeroodi, Mahboube Shirani, Shima Ghanavati Nasab

CHEMOMETRIC ASSISTED SPECTROPHOTOMETRIC ESTIMATION OF LANSOPRAZOLE AND DOMEPERIDONE IN BULK AND COMMERCIAL DOSAGE FORM

Farheen Sami, Shahnaz Majeed, Tengku Azlan Shah Tengku Mohammed, Noor Fatin Amalina Kamaruddin, Mohammad Zulhimi Atan, Syed Amir Javid Bukhari, Namra, Bushra Hasan, Mohammed Tahir Ansari

EVALUATION OF ANTIBACTERIAL ACTIVITY OF DIFFERENT SOLVENT EXTRACTS OF TEUCRIUM CHAMAEDRYS (L.) GROWING WILD IN KOSOVO

Arben Haziri, Fatmir Faiku, Roze Berisha, Ibrahim Mehmeti, Sevdije Govori, Imer Haziri

АЛЕКСАНДЪР ПАНАЙОТОВ

Не много отдавна доц. д.п.н. Александър Панайотов бе удостоен с най- високата академична награда – Почетен знак със синя лента на Софийския

Книжка 2
ПРИРОДОНАУЧНАТА ГРАМОТНОСТ НА УЧЕНИЦИТЕ В НАЧАЛОТО НА XXI ВЕК – В ТЪРСЕНЕ НА КОНЦЕПТУАЛНО ЕДИНСТВО

Теодора Коларова, Иса Хаджиали, Мимия Докова, Веселин Александров

COMPUTER SIMULATORS: APPLICATION FOR GRADUATES’ ADAPTATION AT OIL AND GAS REFINERIES

Irena O. Dolganova, Igor M. Dolganov, Kseniya A. Vasyuchka

SYNTHESIS OF NEW [(3-NITRO-2-OXO-2H-CHROMEN- 4-YLAMINO)-PHENYL]-PHENYL-TRIAZOLIDIN-4-ONES AND THEIR ANTIBACTERIAL ACTIVITY

Ramiz Hoti, Hamit Ismaili, Idriz Vehapi, Naser Troni, Gjyle Mulliqi-Osmani, Veprim Thaçi

STABILITY OF RJ-5 FUEL

Lemi Türker, Serhat Variş

A STUDY OF BEGLIKTASH MEGALITHIC COMPLEX

Diana Kjurkchieva, Evgeni Stoykov, Sabin Ivanov, Borislav Borisov, Hristo Hristov, Pencho Kyurkchiev, Dimitar Vladev, Irina Ivanova

Книжка 1
ASSESSING LEVELS OF CO , CO, NO AND SO

Shyqri Dumani, Fatbardh Gashi, Naser Troni

2016 година
Книжка 6
THE EFFECT OF KOH AND KCL ADDITION TO THE DESTILATION OF ETHANOL-WATER MIXTURE

Khoirina Dwi Nugrahaningtyas, Fitria Rahmawati, Avrina Kumalasari

Книжка 5

ОЦЕНЯВАНЕ ЛИЧНОСТТА НА УЧЕНИКА

Министерството на народното просвещение е направило допълне- ния към Правилника за гимназиите (ДВ, бр. 242 от 30 октомври 1941 г.), според които в бъдеще ще се оценяват следните прояви на учениците: (1) трудолюбие; (2) ред, точност и изпълнителност; (3) благовъзпитаност; (4) народностни прояви. Трудолюбието ще се оценява с бележките „образцово“, „добро“, „незадо- волително“. С „образцово“ ще се оценяват учениците, които с любов и по- стоянство извършват всяка възложена им ил

Книжка 4
VOLTAMMERIC SENSOR FOR NITROPHENOLS BASED ON SCREEN-PRINTED ELECTRODE MODIFIED WITH REDUCED GRAPHENE OXIDE

Arsim Maloku, Liridon S. Berisha, Granit Jashari, Eduard Andoni, Tahir Arbneshi

Книжка 3
ИЗСЛЕДВАНЕ НА ПРОФЕСИОНАЛНО-ПЕДАГОГИЧЕСКАТА РЕФЛЕКСИЯ НА УЧИТЕЛЯ ПО БИОЛОГИЯ (ЧАСТ ВТОРА)

Надежда Райчева, Иса Хаджиали, Наташа Цанова, Виктория Нечева

EXISTING NATURE OF SCIENCE TEACHING OF A THAI IN-SERVICE BIOLOGY TEACHER

Wimol Sumranwanich, Sitthipon Art-in, Panee Maneechom, Chokchai Yuenyong

NUTRIENT COMPOSITION OF CUCURBITA MELO GROWING IN KOSOVO

Fatmir Faiku, Arben Haziri, Fatbardh Gashi, Naser Troni

НАГРАДИТЕ „ЗЛАТНА ДЕТЕЛИНА“ ЗА 2016 Г.

На 8 март 2016 г. в голямата зала на Националния политехнически музей в София фондация „Вигория“ връчи годишните си награди – почетен плакет „Златна детелина“. Тази награда се дава за цялостна професионална и творче- ска изява на личности с особени заслуги към обществото в трите направления на фондация „Вигория“ – образование, екология, култура. Наградата цели да се даде израз на признателност за високи постижения на личности, които на професионално равнище и на доброволни начала са рабо

Книжка 2
Книжка 1
ПО ПЪТЯ

Б. В. Тошев

INTERDISCIPLINARY PROJECT FOR ENHANCING STUDENTS’ INTEREST IN CHEMISTRY

Stela Georgieva, Petar Todorov , Zlatina Genova, Petia Peneva

2015 година
Книжка 6
COMPLEX SYSTEMS FOR DRUG TRANSPORT ACROSS CELL MEMBRANES

Nikoleta Ivanova, Yana Tsoneva, Nina Ilkova, Anela Ivanova

SURFACE FUNCTIONALIZATION OF SILICA SOL-GEL MICROPARTICLES WITH EUROPIUM COMPLEXES

Nina Danchova , Gulay Ahmed , Michael Bredol , Stoyan Gutzov

INTERFACIAL REORGANIZATION OF MOLECULAR ASSEMBLIES USED AS DRUG DELIVERY SYSTEMS

I. Panaiotov, Tz. Ivanova, K. Balashev, N. Grozev, I. Minkov, K. Mircheva

KINETICS OF THE OSMOTIC PROCESS AND THE POLARIZATION EFFECT

Boryan P. Radoev, Ivan L. Minkov, Emil D. Manev

WETTING BEHAVIOR OF A NATURAL AND A SYNTHETIC THERAPEUTIC PULMONARY SURFACTANTS

Lidia Alexandrova, Michail Nedyalkov, Dimo Platikanov

Книжка 5
TEACHER’S ACCEPTANCE OF STUDENTS WITH DISABILITY

Daniela Dimitrova-Radojchikj, Natasha Chichevska-Jovanova

IRANIAN UNIVERSITY STUDENTS’ PERCEPTION OF CHEMISTRY LABORATORY ENVIRONMENTS

Zahra Eskandari, Nabi.A Ebrahimi Young Researchers & Elite Club, Arsanjan Branch,

APPLICATION OF LASER INDUCED BREAKDOWN SPECTROSCOPY AS NONDESDUCTRIVE AND SAFE ANALYSIS METHOD FOR COMPOSITE SOLID PROPELLANTS

Amir Hossein Farhadian, Masoud Kavosh Tehrani, Mohammad Hossein Keshavarz, Seyyed Mohamad Reza Darbany, Mehran Karimi, Amir Hossein Rezayi Optics & Laser Science and Technology Research Center,

THE EFFECT OF DIOCTYLPHTHALATE ON INITIAL PROPERTIES AND FIELD PERFORMANCE OF SOME SEMISYNTHETIC ENGINE OILS

Azadeh Ghasemizadeh, Abolfazl Semnani, Hamid Shakoori Langeroodi, Alireza Nezamzade Ejhieh

QUALITY ASSESSMENT OF RIVER’S WATER OF LUMBARDHI PEJA (KOSOVO)

Fatmir Faiku, Arben Haziri, Fatbardh Gashi, Naser Troni

Книжка 4
БЛАГОДАРЯ ВИ!

Александър Панайотов

ТЕМАТА ВЪГЛЕХИДРАТИ В ПРОГРАМИТЕ ПО ХИМИЯ И БИОЛОГИЯ

Радка Томова, Елена Бояджиева, Миглена Славова , Мариан Николов

BILINGUAL COURSE IN BIOTECHNOLOGY: INTERDISCIPLINARY MODEL

V. Kolarski, D. Marinkova, R. Raykova, D. Danalev, S. Terzieva

ХИМИЧНИЯТ ОПИТ – НАУКА И ЗАБАВА

Елица Чорбаджийска, Величка Димитрова, Магдалена Шекерлийска, Галина Бальова, Методийка Ангелова

ЕКОЛОГИЯТА В БЪЛГАРИЯ

Здравка Костова

Книжка 3
SYNTHESIS OF FLUORINATED HYDROXYCINNAMOYL DERIVATIVES OF ANTI-INFLUENZA DRUGS AND THEIR BIOLOGICAL ACTIVITY

Boyka Stoykova, Maya Chochkova, Galya Ivanova, Luchia Mukova, Nadya Nikolova, Lubomira Nikolaeva-Glomb, Pavel Vojtíšek, Tsenka Milkova, Martin Štícha, David Havlíček

SYNTHESIS AND ANTIVIRAL ACTIVITY OF SOME AMINO ACIDS DERIVATIVES OF INFLUENZA VIRUS DRUGS

Radoslav Chayrov, Vesela Veselinova, Vasilka Markova, Luchia Mukova, Angel Galabov, Ivanka Stankova

NEW DERIVATIVES OF OSELTAMIVIR WITH BILE ACIDS

Kiril Chuchkov, Silvia Nakova, Lucia Mukova, Angel Galabov, Ivanka Stankova

MONOHYDROXY FLAVONES. PART III: THE MULLIKEN ANALYSIS

Maria Vakarelska-Popovska, Zhivko Velkov

LEU-ARG ANALOGUES: SYNTHESIS, IR CHARACTERIZATION AND DOCKING STUDIES

Tatyana Dzimbova, Atanas Chapkanov, Tamara Pajpanova

MODIFIED QUECHERS METHOD FOR DETERMINATION OF METHOMYL, ALDICARB, CARBOFURAN AND PROPOXUR IN LIVER

I. Stoykova, T. Yankovska-Stefenova, L.Yotova, D. Danalev Bulgarian Food Safety Agency, Sofi a, Bulgaria

LACTOBACILLUS PLANTARUM AC 11S AS A BIOCATALYST IN MICROBIAL ELECYTOLYSIS CELL

Elitsa Chorbadzhiyska, Yolina Hubenova, Sophia Yankova, Dragomir Yankov, Mario Mitov

STUDYING THE PROCESS OF DEPOSITION OF ANTIMONY WITH CALCIUM CARBONATE

K. B. Omarov, Z. B. Absat, S. K. Aldabergenova, A. B. Siyazova, N. J. Rakhimzhanova, Z. B. Sagindykova

Книжка 2
TEACHING CHEMISTRY AT TECHNICAL UNIVERSITY

Lilyana Nacheva-Skopalik, Milena Koleva

ФОРМИРАЩО ОЦЕНЯВАНЕ PEER INSTRUCTION С ПОМОЩТА НА PLICКERS ТЕХНОЛОГИЯТА

Ивелина Коцева, Мая Гайдарова, Галина Ненчева

VAPOR PRESSURES OF 1-BUTANOL OVER WIDE RANGE OF THEMPERATURES

Javid Safarov, Bahruz Ahmadov, Saleh Mirzayev, Astan Shahverdiyev, Egon Hassel

В новите броеве на научните списания на издателство четете

2/2015: сп. „Педагогика“ Проблеми на социалната адаптация на пътуващи ученици от малки населени места / Траян Попкочев, Бонка Гергинова, Тереза Карамангалова Текстът разглежда социалната адаптация на пътуващи ученици от малки населени места в

Книжка 1
РУМЕН ЛЮБОМИРОВ ДОЙЧЕВ (1938 – 1999)

Огнян Димитров, Здравка Костова

NAMING OF CHEMICAL ELEMENTS

Maria Atanassova

НАЙДЕН НАЙДЕНОВ, 1929 – 2014 СПОМЕН ЗА ПРИЯТЕЛЯ

ИНЖ. НАЙДЕН ХРИСТОВ НАЙДЕНОВ, СЕКРЕТАР, НА СЪЮЗА НА ХИМИЦИТЕ В БЪЛГАРИЯ (2.10.1929 – 25.10.2014)

2014 година
Книжка 6
145 ГОДИНИ БЪЛГАРСКА АКАДЕМИЯ НА НАУКИТЕ

145 ANNIVERSARY OF THE BULGARIAN ACADEMY OF SCIENCES

ПАРНО НАЛЯГАНЕ НА РАЗТВОРИ

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

LUBRICATION PROPERTIES OF DIFFERENT PENTAERYTHRITOL-OLEIC ACID REACTION PRODUCTS

Abolfazl Semnani, Hamid Shakoori Langeroodi, Mahboube Shirani

THE ORIGINS OF SECONDARY AND TERTIARY GENERAL EDUCATION IN RUSSIA: HISTORICAL VIEWS FROM THE 21ST CENTURY

V. Romanenko, G. Nikitina Academy of Information Technologies in Education, Russia

ALLELOPATHIC AND CYTOTOXIC ACTIVITY OF ORIGANUM VULGARE SSP. VULGARE GROWING WILD IN BULGARIA

Asya Pencheva Dragoeva, Vanya Petrova Koleva, Zheni Dimitrova Nanova, Mariya Zhivkova Kaschieva, Irina Rumenova Yotova

CHEMISTRY: BULGARIAN JOURNAL OF SCIENCE EDUCATION ПРИРОДНИТЕ НАУКИ В ОБРАЗОВАНИЕТО

VOLUME 23 / ГОДИНА XXII, 2014 ГОДИШНО СЪДЪРЖАНИЕ СТРАНИЦИ / PAGES КНИЖКА 1 / NUMBER 1: 1–160 КНИЖКА 2 / NUMBER 2: 161–320 КНИЖКА 3 / NUMBER 3: 321–480 КНИЖКА 4 / NUMBER 4: 481–640 КНИЖКА 5 / NUMBER 5: 641–800 КНИЖКА 6 / NUMBER 6: 801–960 ADVANCED SCIENCE 260 – 267: Х. Попова, Д. Петкова, В. Тончев – Генерична нестабилност в модела на дифузионно-контролирана агрегация (ДКА): Ефект на глобалните радиуси на пораждане и изоставане [Generic Instability in the Model of Diffusion-Lim

В новите броеве на научните списания на издателство четете

7/2014: сп. „Педагогика“ Гражданското образование – интегриращ фактор за формалното и неформалното обра- зование / Лиляна Стракова Гражданското образование се интерпретира от автора като „практикуване на морален ко- декс“. В тази перспектива се разглежда и развитието на децата в образователния процес. Продължаващото обучение като споделено социално учене / Стели Петева Статията има за цел да представи ролята на продължаващото обучение в по-широк пси- хосоциален контекст и с фокус върху хората с

Книжка 5
GENDER ISSUES OF UKRAINIAN HIGHER EDUCATION

Н.H.Petruchenia, M.I.Vorovka

МНОГОВАРИАЦИОННА СТАТИСТИЧЕСКА ОЦЕНКА НА DREEM – БЪЛГАРИЯ: ВЪЗПРИЕМАНЕ НА ОБРАЗОВАТЕЛНАТА СРЕДА ОТ СТУДЕНТИТЕ В МЕДИЦИНСКИЯ УНИВЕРСИТЕТ – СОФИЯ

Радка Томова, Павлина Гатева, Радка Хаджиолова, Зафер Сабит, Миглена Славова, Гергана Чергарова, Васил Симеонов

MUSSEL BIOADHESIVES: A TOP LESSON FROM NATURE

Saâd Moulay Université Saâd Dahlab de Blida, Algeria

В новите броеве на научните списания на издателство четете

7/2014: сп. „Педагогика“ Гражданското образование – интегриращ фактор за формалното и неформалното обра- зование / Лиляна Стракова Г ражданското образование се интерпретира от автора като „практикуване на морален ко- декс“. В тази перспектива се разглежда и развитието на децата в образователния процес. Продължаващото обучение като споделено социално учене / Стели Петева Статията има за цел да представи ролята на продължаващото обучение в по-широк пси- хосоциален контекст и с фокус върху хората

Книжка 4
ЕЛЕКТРОННО ПОМАГАЛO „ОТ АТОМА ДО КОСМОСА“ ЗА УЧЕНИЦИ ОТ Х КЛАС

Силвия Боянова Професионална гимназия „Акад. Сергей П. Корольов“ – Дупница

ЕСЕТО КАТО ИНТЕГРАТИВЕН КОНСТРУКТ – НОРМАТИВЕН, ПРОЦЕСУАЛЕН И ОЦЕНЪЧНО-РЕЗУЛТАТИВЕН АСПЕКТ

Надежда Райчева, Иван Капурдов, Наташа Цанова, Иса Хаджиали, Снежана Томова

44

Донка Ташева, Пенка Василева

ДОЦ. Д.П.Н. АЛЕКСАНДЪР АТАНАСОВ ПАНАЙОТОВ

Наташа Цанова, Иса Хаджиали, Надежда Райчева

COMPUTER ASSISTED LEARNING SYSTEM FOR STUDYING ANALYTICAL CHEMISTRY

N. Y. Stozhko, A. V. Tchernysheva, L.I. Mironova

GUIDE FOR AUTHORS

Manuscripts submitted to this journal are considered if they have been submitted only to it, they have not been published already, nor are they under consideration for publication or in press elsewhere. Contributions to the Bulgarian Journal of Science Education must report original research and will be subjected to review by anonymous and independent referees at the discretion of the Editor(s). Manuscripts for consideration should be sent electronically to toshev@chem.uni-sofia.bg Electroni

Книжка 3
KNOWLEDGE OF AND ATTITUDES TOWARDS WATER IN 5

Antoaneta Angelacheva, Kalina Kamarska

ВИСША МАТЕМАТИКА ЗА УЧИТЕЛИ, УЧЕНИЦИ И СТУДЕНТИ: ДИФЕРЕНЦИАЛНО СМЯТАНЕ

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

ВАСИЛ ХРИСТОВ БОЗАРОВ

Пенка Бозарова, Здравка Костова

БИБЛИОГРАФИЯ НА СТАТИИ ЗА МИСКОНЦЕПЦИИТЕ В ОБУЧЕНИЕТО ПО ПРИРОДНИ НАУКИ ВЪВ ВСИЧКИ ОБРАЗОВАТЕЛНИ НИВА

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

В новите броеве на научните списания на издателство четете

3/2014: сп. „Педагогика“ Образователни възможности за свободно писмено преразказване / Мариана Мандева

Книжка 2
SCIENTIX – OБЩНОСТ ЗА НАУЧНО ОБРАЗОВАНИЕ В ЕВРОПА

Свежина Димитрова Народна астрономическа обсерватория и планетариум „Николай Коперник“ – Варна

BOTYU ATANASSOV BOTEV

Zdravka Kostova, Margarita Topashka-Ancheva

CHRONOLOGY OF CHEMICAL ELEMENTS DISCOVERIES

Maria Atanassova, Radoslav Angelov

GUIDE FOR AUTHORS

Manuscripts submitted to this journal are considered if they have been submitted only to it, they have not been published already, nor are they under consideration for publication or in press elsewhere. Contributions to the Bulgarian Journal of Science Education must report original research and will be subjected to review by anonymous and independent referees at the discretion of the Editor(s). Manuscripts for consideration should be sent electronically to toshev@chem. uni-sofia.bg Elec

Книжка 1
ОБРАЗОВАНИЕ ЗА ПРИРОДОНАУЧНА ГРАМОТНОСТ

Адриана Тафрова-Григорова

A COMMENTARY ON THE GENERATION OF AUDIENCE-ORIENTED EDUCATIONAL PARADIGMS IN NUCLEAR PHYSICS

Baldomero Herrera-González Universidad Autónoma del Estado de México, Mexico

В новите броеве на научните списания на издателство четете

4/2013: сп. „Философия“ Портфолио на преподавателя и студента по „Философия на oбразованието“ (за академич- ни цели) / Яна Рашева-Мерджанова „Философия на oбразованието“ има своите хилядолетни опити и резултати. Изследването на тази духовна вселена води до структура и до обособяването на активности, които са съответни, от една страна, на философскообразователното мислене и култура, а от друга страна – са въвеж- дащи в тяхното овладяване. За ролята на етиката в ученията на П. Рикьор и Е. Лев

2013 година
Книжка 6
DIFFERENTIAL TEACHING IN SCHOOL SCIENCE EDUCATION: CONCEPTUAL PRINCIPLES

G. Yuzbasheva Kherson Academy of Continuing Education, Ukraine

АНАЛИЗ НА ПОСТИЖЕНИЯТА НА УЧЕНИЦИТЕ ОТ ШЕСТИ КЛАС ВЪРХУ РАЗДЕЛ „ВЕЩЕСТВА И ТЕХНИТЕ СВОЙСТВА“ ПО „ЧОВЕКЪТ И ПРИРОДАТА“

Иваничка Буровска, Стефан Цаковски Регионален инспекторат по образованието – Ловеч

HISTORY AND PHILOSOPHY OF SCIENCE: SOME RECENT PERIODICALS (2013)

Chemistry: Bulgarian Journal of Science Education

45. НАЦИОНАЛНА КОНФЕРЕНЦИЯ НА УЧИТЕЛИТЕ ПО ХИМИЯ

„Образователни стандарти и природонаучна грамотност“ – това е темата на състоялата се от 25 до 27 октомври 2013 г. в Габрово 45. Национална конфе- ренция на учителите по химия с международно участие, която по традиция се проведе комбинирано с Годишната конференция на Българското дружество за химическо образование и история и философия на химията. Изборът на темата е предизвикан от факта, че развиването на природонаучна грамотност е обща тенденция на реформите на учебните програми и главна

Книжка 5

ЗА ХИМИЯТА НА БИРАТА

Ивелин Кулев

МЕТЕОРИТЪТ ОТ БЕЛОГРАДЧИК

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

Книжка 4
RECASTING THE DERIVATION OF THE CLAPEYRON EQUATION INTO A CONCEPTUALLY SIMPLER FORM

Srihari Murthy Meenakshi Sundararajan Engineering College, India

CHEMICAL REACTIONS DO NOT ALWAYS MODERATE CHANGES IN CONCENTRATION OF AN ACTIVE COMPONENT

Joan J. Solaz-Portolés, Vicent Sanjosé Universitat de Valènciа, Spain

POLYMETALLIC COMPEXES: CV. SYNTHESIS, SPECTRAL, THERMOGRAVIMETRIC, XRD, MOLECULAR MODELLING AND POTENTIAL ANTIBACTERIAL PROPERTIES OF TETRAMERIC COMPLEXES OF Co(II), Ni(II), Cu(II), Zn(II), Cd(II) AND Hg(II) WITH OCTADENTATE AZODYE LIGANDS

Bipin B. Mahapatra, S. N. Dehury, A. K. Sarangi, S. N. Chaulia G. M. Autonomous College, India Covt. College of Engineering Kalahandi, India DAV Junior College, India

ПРОФЕСОР ЕЛЕНА КИРКОВА НАВЪРШИ 90 ГОДИНИ

CELEBRATING 90TH ANNIVERSARY OF PROFESSOR ELENA KIRKOVA

Книжка 3
SIMULATION OF THE FATTY ACID SYNTHASE COMPLEX MECHANISM OF ACTION

M.E.A. Mohammed, Ali Abeer, Fatima Elsamani, O.M. Elsheikh, Abdulrizak Hodow, O. Khamis Haji

FORMING OF CONTENT OF DIFFERENTIAL TEACHING OF CHEMISTRY IN SCHOOL EDUCATION OF UKRAINE

G. Yuzbasheva Kherson Academy of Continuing Education, Ukraine

ИЗСЛЕДВАНЕ НА РАДИКАЛ-УЛАВЯЩА СПОСОБНОСТ

Станислав Станимиров, Живко Велков

Книжка 2
Книжка 1
COLORFUL EXPERIMENTS FOR STUDENTS: SYNTHESIS OF INDIGO AND DERIVATIVES

Vanessa BIANDA, Jos-Antonio CONSTENLA, Rolf HAUBRICHS, Pierre-Lonard ZAFFALON

OBSERVING CHANGE IN POTASSIUM ABUNDANCE IN A SOIL EROSION EXPERIMENT WITH FIELD INFRARED SPECTROSCOPY

Mila Ivanova Luleva, Harald van der Werff, Freek van der Meer, Victor Jetten

ЦАРСКАТА ПЕЩЕРА

Рафаил ПОПОВ

УЧИЛИЩНИ ЛАБОРАТОРИИ И ОБОРУДВАНЕ SCHOOL LABORATORIES AND EQUIPMENT

Учебни лаборатории Илюстрации от каталог на Franz Hugershoff, Лайциг, притежаван от бъдещия

2012 година
Книжка 6
ADDRESING STUDENTS’ MISCONCEPTIONS CONCERNING CHEMICAL REACTIONS AND SYMBOLIC REPRESENTATIONS

Marina I. Stojanovska, Vladimir M. Petruševski, Bojan T. Šoptrajanov

АНАЛИЗ НА ПОСТИЖЕНИЯТА НА УЧЕНИЦИТЕ ОТ ПЕТИ КЛАС ВЪРХУ РАЗДЕЛ „ВЕЩЕСТВА И ТЕХНИТЕ СВОЙСТВА“ ПО ЧОВЕКЪТ И ПРИРОДАТА

Иваничка Буровска, Стефан Цаковски Регионален инспекторат по образованието – Ловеч

ЕКОТОКСИКОЛОГИЯ

Васил Симеонов

ПРОФ. МЕДОДИЙ ПОПОВ ЗА НАУКАТА И НАУЧНАТА ДЕЙНОСТ (1920 Г.)

Проф. Методий Попов (1881-1954) Госпожици и Господа студенти,

Книжка 5
КОНЦЕПТУАЛНА СХЕМА НА УЧИЛИЩНИЯ КУРС П О ХИМИЯ – МАКР О СКОПСКИ ПОДХОД

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

ROLE OF ULTRASONIC WAVES TO STUDY MOLECULAR INTERACTIONS IN AQUEOUS SOLUTION OF DICLOFENAC SODIUM

Sunanda S. Aswale, Shashikant R. Aswale, Aparna B. Dhote Lokmanya Tilak Mahavidyalaya, INDIA Nilkanthrao Shinde College, INDIA

SIMULTANEOUS ESTIMATION OF IBUPROFEN AND RANITIDINE HYDROCHLORIDE USING UV SPECTROPHOT O METRIC METHOD

Jadupati Malakar, Amit Kumar Nayak Bengal College of Pharmaceutical Sciences and Research, INDIA

GAPS AND OPPORTUNITIES IN THE USE OF REMOTE SENSING FOR SOIL EROSION ASSESSMENT

Mila Ivanova Luleva, Harald van der Werff, Freek van der Meer, Victor Jetten

РАДИОХИМИЯ И АРХЕОМЕТРИЯ: ПРО Ф. ДХН ИВЕЛИН КУЛЕВ RADIOCHEMISTRY AND ARCHEOMETRY: PROF. IVELIN KULEFF, DSc

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

Книжка 4
TEACHING THE CONSTITUTION OF MATTER

Małgorzata Nodzyńska, Jan Rajmund Paśko

СЪСИРВАЩА СИСТЕМА НА КРЪВТА

Маша Радославова, Ася Драгоева

CATALITIC VOLCANO

Emil Lozanov

43-ТА МЕЖДУНАРОДНА ОЛИМПИАДА ПО ХИМИЯ

Донка ТАШЕВА, Пенка ЦАНОВА

ЮБИЛЕЙ: ПРОФ. ДХН БОРИС ГЪЛЪБОВ JUBILEE: PROF. DR. BORIS GALABOV

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

ПЪРВИЯТ ПРАВИЛНИК ЗА УЧЕБНИЦИТЕ (1897 Г.)

Чл. 1. Съставянето и издаване на учебници се предоставя на частната инициа- тива. Забележка: На учителите – съставители на учебници се запрещава сами да разпродават своите учебници. Чл. 2. Министерството на народното просвещение може да определя премии по конкурс за съставяне на учебници за горните класове на гимназиите и специ- алните училища. Чл. 3. Никой учебник не може да бъде въведен в училищата, ако предварително не е прегледан и одобрен от Министерството на народното просвещение. Чл.

JOHN DEWEY: HOW WE THINK (1910)

John Dewey (1859 – 1952)

ИНФОРМАЦИЯ ЗА СПЕЦИАЛНОСТИТЕ В ОБЛАСТТА НА ПРИРОДНИТЕ НАУКИ В СОФИЙСКИЯ УНИВЕРСИТЕТ „СВ. КЛИМЕНТ ОХРИДСКИ“ БИОЛОГИЧЕСКИ ФАКУЛТЕТ

1. Биология Студентите от специалност Биология придобиват знания и практически умения в областта на биологическите науки, като акцентът е поставен на организмово равнище. Те се подготвят да изследват биологията на организмите на клетъчно- организмово, популационно и екосистемно ниво в научно-функционален и прило- жен аспект, с оглед на провеждане на научно-изследователска, научно-приложна, производствена и педагогическа дейност. Чрез широк набор избираеми и факул- тативни курсове студентите

Книжка 3
УЧИТЕЛИТЕ ПО ПРИРОДНИ НАУКИ – ЗА КОНСТРУКТИВИСТКАТА УЧЕБНА СРЕДА В БЪЛГАРСКОТО УЧИЛИЩЕ

Адриана Тафрова-Григорова, Милена Кирова, Елена Бояджиева

ПОВИШАВАНЕ ИНТЕРЕСА КЪМ ИСТОРИЯТА НА ХИМИЧНИТЕ ЗНАНИЯ И ПРАКТИКИ ПО БЪЛГАРСКИТЕ ЗЕМИ

Людмила Генкова, Свобода Бенева Българско дружество за химическо образование и история и философия на химията

НАЧАЛО НА ПРЕПОДАВАНЕТО НА УЧЕБЕН ПРЕДМЕТ ХИМИЯ В АПРИЛОВОТО УЧИЛИЩЕ В ГАБРОВО

Мария Николова Национална Априловска гимназия – Габрово

ПРИРОДОНАУЧНОТО ОБРАЗОВАНИЕ В БЪЛГАРИЯ – ФОТОАРХИВ

В един дълъг период от време гимназиалните учители по математика, физика, химия и естествена

Книжка 2
„МАГИЯТА НА ХИМИЯТА“ – ВЕЧЕР НА ХИМИЯТА В ЕЗИКОВА ГИМНАЗИЯ „АКАД. Л. СТОЯНОВ“ БЛАГОЕВГРАД

Стефка Михайлова Езикова гимназия „Акад. Людмил Стоянов“ – Благоевград

МЕЖДУНАРОДНАТА ГОДИНА НА ХИМИЯТА 2011 В ПОЩЕНСКИ МАРКИ

Б. В. Тошев Българско дружество за химическо образование и история и философия на химията

ЗА ПРИРОДНИТЕ НАУКИ И ЗА ПРАКТИКУМА ПО ФИЗИКА (Иванов, 1926)

Бурният развой на естествознанието във всичките му клонове през XIX –ия век предизвика дълбоки промени в мирогледа на културния свят, в техниката и в индустрията, в социалните отношения и в държавните интереси. Можем ли днес да си представим един философ, един държавен мъж, един обществен деец, един индустриалец, просто един културен човек, който би могъл да игнорира придобив- ките на природните науки през последния век. Какви ужасни катастрофи, какви социални сътресения би сполетяло съвре

Книжка 1
MURPHY’S LAW IN CHEMISTRY

Milan D. Stojković

42

Донка Ташева, Пенка Цанова

СЕМЕЙНИ УЧЕНИЧЕСКИ ВЕЧЕРИНКИ

Семейството трябва да познава училишето и училишето трябва да познава семейството. Взаимното познанство се налага от обстоятелството, че те, макар и да са два различни по природата си фактори на възпитанието, преследват една и съща проста цел – младото поколение да бъде по-умно, по-нравствено, физически по-здраво и по-щастливо от старото – децата да бъдат по-щастливи от родителите