SUSTAINABLE INNOVATIVE DEVELOPMENT: design and management

Bolshakov Boris Evgenievich, Doctor of Technical Sciences, professor, full member of RANS, head of Sustainable Innovative Development Department of “Dubna” University, co-head of International scientific school of sustainable development n.a. P.G. Kuznetsov

Kuznetsov Oleg Leonidovich, Doctor of Technical Sciences, professor, President of RANS, President of the “Dubna” University, co-head of International scientific school of sustainable development n.a. P.G. Kuznetsov

Abstract

The report addresses the following key questions: 1. Why and Why the science design the Space of the future? 2. Who is designing and What is being designed? 3. Where and When will the project be carried out? 4. How will we design our future in space? 5. A timid attempt to understand the beginning of space science of designing the future, including such questions as: What is the proportion and harmony of laws-measures of everyday life, religion, art, science? The axioms of existence of genetic origin. How to present diverse ideals of a single LT-coordinate system the universe as the amplifier full power. Noospheric cyclic law of conservation of Life as a cosmic phenomenon. Fundamental laws and special periods in the evolution of the world system. The emergence of unstable equilibrium of the first kind as a condition for the origination of living matter from non-living. As the ideals of the space of the future formulated in terms of objectives, achievement of which can be controlled in the difficult conditions of the modern world.

KEYWORDS: the science of designing, space future, world system, planetary Life, Man and Humanity, fundamental laws and special periods, noosphere conservation law of cyclic development of Life, the ideals and goals of the space future.

Download article SUSTAINABLE DEVELOPMENT AND THE SCIENCE OF COSMIC FUTURE DESIGN FOR THE “PLANETARY LIFE – HUMAN – HUMANITY – COSMOS” SYSTEM (PROBLEM STATEMENT AND A POSSIBLE SOLUTION)

Glushko Vladimir Pavlovich, Director of TOO FTLG

Glushko Vladimir Vladimirovich, senior researcher at TOO FTLG

Glushko Vitaliy Vladimirovich, senior researcher at TOO FTLG

Abstract

It is believed that the existence of various forms of wave processes in cosmic void is possible only under condition of its materiality. In modern physics, the denial of the materiality of space is postulated principle of relativity. In the present work, this principle is refuted by autopsy of causes that lead to internal contradictions in the special theory of relativity. In accordance with the provisions of modern theoretical electrodynamics in the radio wave, attributed to her two-wave process (electric and magnetic) occur separately and independently from each other. It was found that the reason for this lies in the lack of clarity about the specific physical mechanism of the phenomenon of electromagnetic induction of Faraday. Experiments show that the electromotive force that causes the movement of charges occurs only in those areas of the conductor that cross the magnetic field lines. In other words, in the mechanism of the phenomenon of electromagnetic induction vortex electric field just yet. This fact allows us to hypothesize that the traditional electromagnetic waves are just magnetic waves, in which the Lorentz force (acting on the charges) wrongly identified with the electric field. The article presents information about the equipment and specific experiments with electric waves.

KEYWORDS: outer space, physical vacuum, electromagnetic wave, electric and magnetic fields, velocity, electromagnetic induction, experiments, antenna, wave receiver, practical application.

Download article TWO FORMS OF THE EXISTENCE OF ELECTROMAGNETIC WAVE PROCESSES IN THE PHYSICAL VACUUM

Naumov Evgeny Arturovich, Candidate of Economics, Professor, Deputy Head of Economic Policy Department of the State University of Management, member of Russian Academy of Natural Sciences, the Vice-President of the International Academy of Innovation “GLOBELIKS”, member of the Russian Writers Union

Kirakosyan Vardges Eduardovich, assistant of the Chairman of Armenian science committee

Abstract

In the era of the third industrial revolution, knowledge, along with labor, capital and natural resources, acts as one of the main factors in the development of modern production. Knowledge as a specific type of resources has certain properties, a review of which is given in the article. The main characteristic features of knowledge as a new economic resource is globalism, inexhaustibility, non-materiality, variability, versatility, performance, invariance to the methods of use. These features provide the basis for the intellectual economy.

KEYWORDS: knowledge as a resource, knowledge-based economy, institutional constructivism, properties and characteristics of knowledge.

Download article ANALYSIS OF FACTORS AND CONDITIONS OF SCIENCE AS A SOCIAL INSTITUTION IN THE SUSTAINABLE DEVELOPMENT OF INTELLECTUAL ECONOMY

Tazhibayeva Tamara Lashkarovna, Candidate of Biology, associate professor, acting professor of UNESCO department of sustainable development of Al-Farabi Kazakh National University

Salnikov Vitaly Grigoryevich, Doctor of Geography, professor, dean of faculty of geography and environmental management of Al-Farabi Kazakh National University

Polyakova Svetlana Evgenyevna, Candidate of Geography, associate professor, acting professor of department of meteorology and hydrology of Al-Farabi Kazakh National University

Abstract

The Concept of “green office” of Universities, its relevance for sustainable development and green economy of Kazakhstan are developed. History and international experience of the organization of “green offices” as well as basic principles and structure of “green office” of modern University are considered. The structure and functions of the scientific and educational Center for implementation of the principles of “green office” and modern principles of energy saving on the basis of “green office” are provided. Action complex of scientific, educational methodically to providing “green office” and dissemination of knowledge in the field of “green” initiatives are offered.

KEYWORDS: green office, sustainable development, scientific and educational center, principles of energy saving, modern university.

Download article GREEN OFFICE – THE BASIS OF SUSTAINABLE DEVELOPMENT OF MODERN UNIVERSITY

Bashta Alexander Ivanovich, Doctor of Economics, director of the Scientific and educational center of noospherology and sustainable noospheric development, professor of chair of public administration of Taurian academy of the Crimean federal university named after V.I. Vernadsky

Buryak Victor Vladimirovich, Candidate of Philosophy, senior research associate of department of noospherology of the Scientific and educational center of noospherology and sustainable noospheric development, associate professor of philosophy, professor of UNESCO chair at Taurian academy of the Crimean federal university named after V.I. Vernadsky

Shostka Vladimir Ivanovich, Candidate of Physics and Mathematics, docent of general physics department of Taurian academy of the Crimean federal university named after V.I. Vernadsky

Smirnov Victor Olegovich, Candidate of Geography, scientific secretary of the Scientific and educational center of noospherology and sustainable noospheric development, senior lecturer of department of geoecology of Taurian academy of the Crimean federal university named after V.I. Vernadsky

Buts Nadezhda Vladimirovna, research fellow at the Scientific and educational center of noospherology and sustainable noospheric development of the Crimean federal university named after V.I. Vernadsky

Abstract

The paper deals with a wide range of new technologies, which are accompanied by numerous risks. Prospects of development of the Crimean region are provided through a systematic introduction of innovative public policy. Effective use of the latest technological innovation is inextricably linked with the noosphere formed worldview. Analysis of the effects of various development policies of intensive innovation finds that greater diffusion of relevant energy saving technologies that positively impact on the economy, society and ecology. The study authors suggest that the study of economic, energy and educational risks optimizes academic activities in research institutions and universities. The relevance of this subject is a priority for the staff of the Research and Education Center noospherology and sustainable development at the Crimean Federal University named after V.I. Vernadsky. Naturally, the risks of promotion of techno – scientific developments objective will be allocated, accounted for and minimized significantly.

KEYWORDS: noosphere, sustainable development, innovation, risks, scientific and technological progress, the development of the region.

Download article OPTIMIZATION FACTORS FOR NOOSPHERIC SUSTAINABILITY OF CRIMEAN REGION: ECONOMY, ENERGY AND EDUCATION

Bolshakov Boris Evgenievich, Doctor of Technical Sciences, professor, full member of RANS, head of Sustainable Innovative Development Department of “Dubna” University, co-head of International scientific school of sustainable development n.a. P.G. Kuznetsov

Shamaeva Ekaterina Fedorovna, Candidate of Technical Sciences, docent of Sustainable Innovative Development Department of “Dubna” University, member of International scientific school of sustainable development n.a. P.G. Kuznetsov

Buranova Aydana Tabyldievna, post-graduate student of Sustainable Innovative Development Department of “Dubna” University, lecturer at the NGEO “Kazakhstan university of innovation and telecommunication systems”

Madi Dameli Magauiyakyzy, post-graduate student of Sustainable Innovative Development Department of “Dubna” University, lecturer at the NGEO “Kazakhstan university of innovation and telecommunication systems”

Abstract

The article gives a formulation of the problem of development of natural-science system of sustainable development indicators, illustrates the method of calculating the indicators on the examples of Russia and Kazakhstan, reveals the possibility of mapping. Model of industrial-innovation, sustainable development of the country are constructed on the basis of predictive scenarios. The prospects of development of design technology for sustainable development of regions, branches and enterprises through the training of competent personnel in the field of sustainable innovative development and design automation are noted.

KEYWORDS: sustainable innovative development, design and management in system “nature – society – human”, natural-science indicators of a sustainable development, School of sciences of a sustainable development.

Download article MONITORING AND EVALUATION OF INNOVATIONS IN THE DEVELOPMENT AND MANAGEMENT OF SUSTAINABLE INNOVATIVE DEVELOPMENT BASED ON THE SYSTEM OF NATURAL-SCIENCE INDICATORS FOR RUSSIA AND THE REPUBLIC OF KAZAKHSTAN

Kharitonov Pyotr Tikhonovich, Candidate of Engineering, visiting professor at KazNTU n.a. K.I. Satpayev, vice president of the International Consortium of energy-saving and noosphere technologies

Chebotar Anton Evgenievich, design engineer, International Consortium of energy-saving and noosphere technologies

Gusmanova Mira Samenovna, lecturer at Scientific and Educational Complex KazIITU

Abstract

The optimizing controller of solar batteries (further in the text KC-O1 or the controller) is intended for optimum selection of energy from solar batteries, a charge of batteries, control of process of a charge and the category of the battery, management of loading and protection against abnormal situations. Its parameters, hardware program realization, advantages and restrictions of KS-01 are presented in the article. Functions and borders of controlled parameters in relation to use as a source of 4 consistently switched on FSM 320M photomodules are considered.

KEYWORDS: controller of solar batteries, operating modes, hardware, program realization, efficiency, battery, converter lowering protection against overloads, visualization of the modes.

Download article OPTIMIZING CONTROLLER OF ENERGY FOR SOLAR BATTERIES