PRECISION HYPER-SENSITIVE QUANTUM-WAVE OPTICAL METHODS OF BROADBAND MONITORING OF MECHANICAL AND ACOUSTICAL OSCILLATIONS OF GEO-INFORMATION AND ANTHROPOGENIC SYSTEMS

Sygov Alexander Sergeevich, Doctor of Physics and Mathematics, professor, Academician of the Russian Academy of Sciences, President of the Moscow Institute of Radio Electronics and Automation

Speransky Anatoly Alexeevich, Vice President on Science and New Technologies of the Russian Academy of Engineering (RAE), a member of the International Academy of Engineering, Director of the RAE Institute for High Engineering Technologies (NETI)

Shtykov Alexander Nikolaevich, Candidate of Engineering, Corresponding Member of the Russian Academy of Engineering, Head of the Center for fiber optic measuring technologies of the RAE Institute for High Engineering Technologies (NETI)

Belsky Alexander Borisovich, Vice President on Science and New Technologies of the Russian Academy of Engineering, researcher at the RAE Institute for High Engineering Technologies (NETI)

Shalimov Leonid Nikolaevich, CEO of Scientific and Production Association of Automatics named after academician N.A. Semikhatov, honorary citizen of Yekaterinburg

Manko Nikolay Grigorievich, director of “EDB Automatics” (branch of Scientific and Production Association of Automatics named after academician N.A. Semikhatov)

Shestakov Gennady Vasilievich, Candidate of Engineering, head of laboratory at the Scientific and Production Association of Automatics named after academician N.A. Semikhatov

Galoushkyn Youry Alexandrovich, honorary member of Russian Academy of Natural Sciences, academician of International and Russian Academies of Engineering, professor, researcher at the RAE Institute for High Engineering Technologies (NETI)

Sidorova Maria Igorevna, honorary member of International Academy of Energy Inversion

Abstract

The paper presents the well-reasoned and an opinion, proved in enclosed addenda, of quantum-wave LT-mechanism of tensor energy transformation of stressedly-deformed states (TETS) of VI wave of innovation. Precision hyper-sensitive quantum-wave optical methods of broadband monitoring of mechanical and acoustical oscillations of geo-information and anthropogenic systems are studied.

KEYWORDS: sustainable development of society, quantum-wave instruments of monitoring, homeostasis of anthropogenic systems, technical genesis of biosphere and technosphere, wave of innovation, technological leadership.

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