SUSTAINABLE INNOVATIVE DEVELOPMENT: design and management

Contents

Boris Evgenievich Bolshakov, Vladimir Ivanovich Kukov, Sergey Ivanovich Kursakin
INTRODUCTION TO FOUNDATIONS OF SPACE FUTURE CONSTRUCTION SCIENCE

Boris Evgenievich Bolshakov, Vladimir Ivanovich Kukov, Sergey Ivanovich Kursakin
AWARENESS OF THE FUNDAMENTAL AXIOMATICS OF SPACE DESIGN SCIENCE FOR THE FUTURE, OR AXIOMATICS OF SCIENTIFIC THEORY IN THE UNITED MULTI-SPACIOTEMPORAL WORLD. PART I

Andrey Evgenievich Petrov
STRUCTURE PROPERTIES AND LIVING SYSTEMS: NETWORK MODEL OF THE ECONOMY AS THE WORKINGS OF A LIVING ORGANISMS

Sergey Alexandrovich Kovalyov
FINANCE FOR THE FUTURE WORLD

Ekaterina Fedorovna Shamaeva, Aynagul Utegenovna Begeeva
NOOSPHERIC MODEL OF QUALITY OF LIFE FOR “SMART CITIES” ON THE EXAMPLE OF THE REPUBLIC OF KAZAKHSTAN AND ASTANA CITY

APPENDIX. SENSE (OR TIMID EXPERIENCE OF CULTURAL GENETICS)

Bolshakov Boris Evgenievich, Doctor of Engineering, head of the Sustainable Innovative Development Department at the “Dubna” State University, co-head of the International Scientific School of Sustainable Development n.a. P.G. Kuznetsov, chairman of sustainable development commission of RAS Scientific council on complex problems of Eurasian economic integration, modernization, competitiveness and sustainable development, full member of RANS

Kukov Vladimir Ivanovich, corresponding member of ICAESN, member of the International Scientific School of Sustainable Development n.a. P.G. Kuznetsov

Kursakin Sergey Ivanovich, senior lecturer of the Sustainable Innovative Development Department at the “Dubna” State University, member of the International Scientific School of Sustainable Development n.a. P.G. Kuznetsov

Abstract

The paper discusses the necessity and possibility of a science of the design space of the future based on critical analysis of the fundamental shortcomings that hinder the global community to implement the conservation strategy of the development of Life on Earth and in Space. Consistently discusses key issues: Why do we need science design space of the future? What is its object and subject? Outstanding discoveries lie in the basis of the future of science. Outstanding discoveries lie in the basis of the future of science. The essence of the idea and ideal. How it works science of the future? We’ve made a timid attempt to understand intuitive or culturally – genetic, cosmic sense began the science of designing the future.

KEYWORDS: science of the future, outer space, sustainable development, the world, life, a universal language, a scientific theory, the laws of conservation and development, intuitive or cultural-genetic meaning of the concepts of physical, intellectual and spiritual world.

Download article INTRODUCTION TO FOUNDATIONS OF SPACE FUTURE CONSTRUCTION SCIENCE

Bolshakov Boris Evgenievich, Doctor of Engineering, head of the Sustainable Innovative Development Department at the “Dubna” State University, co-head of the International Scientific School of Sustainable Development n.a. P.G. Kuznetsov, chairman of sustainable development commission of RAS Scientific council on complex problems of Eurasian economic integration, modernization, competitiveness and sustainable development, full member of RANS

Kukov Vladimir Ivanovich, corresponding member of ICAESN, member of the International Scientific School of Sustainable Development n.a. P.G. Kuznetsov

Kursakin Sergey Ivanovich, senior lecturer of the Sustainable Innovative Development Department at the “Dubna” State University, member of the International Scientific School of Sustainable Development n.a. P.G. Kuznetsov

Abstract

The paper considers: The essence of the LT– approach. Antinomically justification of the axioms. The axiom of existence of the convolution (the monad) of a Single substantial world of time and space. The semantic consequences of the axioms. The axiom of existence of the “skeleton” of the deployed world or a single multidimensional space–time coordinate system. The semantic consequences of the axioms. In the conclusion the author and given the plan the second part of the work.

KEYWORDS: science of design, space future, scientific theory, axioms, multidimensional space–time, world system Cosmos–People–Humanity.

Download article AWARENESS OF THE FUNDAMENTAL AXIOMATICS OF SPACE DESIGN SCIENCE FOR THE FUTURE, OR AXIOMATICS OF SCIENTIFIC THEORY IN THE UNITED MULTI-SPACIOTEMPORAL WORLD. PART I

Petrov Andrey Evgenievich, Doctor of Technical Sciences, full member of RANS, professor of CAD Department at the Institute of Information Technologies and Automated Control Systems of NUST “MISIS”, professor of Sustainable Innovative Development Department at the “Dubna” University

Abstract

G. Kron restructuring power invariance postulate fails for one network, but runs for two dual networks. This is the essence of the law of conservation of energy flow. The commonality of the biological and economic systems is to amplificatory the power, as shown in the P.G. Kuznetsov works. The mechanism of power amplification can be imagined interaction of dual flows in open and closed network paths.

KEYWORDS: connection structure, living systems, law of energy flow conservation, dual network, tensor method of dual networks.

Download article STRUCTURE PROPERTIES AND LIVING SYSTEMS: NETWORK MODEL OF THE ECONOMY AS THE WORKINGS OF A LIVING ORGANISM

Kovalyov Sergey Alexandrovich, member of the International Academy of Ecological Safety and Environmental Management

Abstract

Binding the global reserve currency to the economy of one, even the most powerful state, makes this country a hostage to the whole world economic community, and the community – dependent on the problems of one country. Each country must burn its «economic fat» for its own account. Return to the economy with the appropriate stable benchmark, not necessarily gold (or gold only), but necessarily the material (in rem), and the creation of only secured funds in the world are urgently needed for this world itself. And the world is aware of this.

KEYWORDS: global finance, global economy, international community, standard in the economy.

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Shamaeva Catherine Fyodorovna, Candidate of Engineering, associate professor of the Sustainable Innovative Development Department at the State University “Dubna”

Begeeva Aynagul Utegenovna, master student of the Sustainable Innovative Development Department at the State University “Dubna”

Abstract

The article provides an overview of the current state of the problem of measurement, design and management of sustainable development and increasing the quality of life in the “Smart Cities” on the example of the Republic of Kazakhstan and Astana city. It presents the formalized principle of sustainable development and the system of natural indicators of sustainable development, which is built upon a comprehensive model for calculating the quality of life in the region. The article contains the results of the calculation of the quality of life from the perspective of different conceptual approaches. The goal is to improve the efficiency of the design and management of sustainable development and increasing the quality of life through the development of sustainable innovative development of systems based on the development of the International Scientific School of Sustainable Development n.a. P.G. Kuznetsov.

KEYWORDS: quality of life, standard of living, smart city, noospheric model, sustainable development, system of natural indicators, measurements.

Download article NOOSPHERIC MODEL OF QUALITY OF LIFE FOR “SMART CITIES” ON THE EXAMPLE OF THE REPUBLIC OF KAZAKHSTAN AND ASTANA CITY

Kuznetsov Pobisk Georgievich, Doctor of Physics and Mathematics, specialist in systems of management by objectives and planning, one of the founders of physical approach to economic systems, the last of the general designers of the Soviet Union

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