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Peer-Reviewed
Studies
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RESEARCH ON AIRES DEFENDER’S INFLUENCE ON THE VARIABILITY OF HEART RHYTHM
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METHOD FOR PROTECTING BIOLOGICAL OBJECTS FROM THE NEGATIVE INFLUENCE OF TECHNOGENIC ELECTROMAGNETIC RADIATION
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STUDY OF EFFECT OF THE AIRES FRACTAL RESONATOR ON THE STATE OF ERYTHROCYTES IN HUMAN BLOOD
Scientific
Publications
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AN INVESTIGATION INTO NANO-DIMENSIONAL FRACTAL FILM STRUCTURES
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ELECTROMAGNETIC EXPOSURE ON THE LIVING AQUATIC ECOSYSTEMS BEHAVIOR
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INVESTIGATION INTO THE INFLUENCE OF FRACTAL-MATRIX STRUCTURIZERS ON THE FORMATION AND GROWTH OF NANOSTRUCTURES
Download Clinical & Scientific
Trials and Reports
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RESEARCH OF INDICATORS OF FUNCTIONAL STATE OF A BODY EXPOSED TO THE ELECTROMAGNETIC RADIATION OF A MOBILE PHONE AND THE POSSIBILITY OF THEIR CORRECTION IN THE PRESENCE OF AN AIRES RESONATOR
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THE CHANGING OF CERTAIN HEART RATE INDICATORS UNDER THE CORRECTIVE INFLUENCE OF AN AIRES SHIELD PRO DEVICE
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STUDY OF ELECTROMAGNETIC RADIATION 5G IMPACT AND AIRES RESONATORS 5G INFLUENCE ON BEHAVIOUR, GENETIC AND EPIGENETIC PROCESSES IN BRAIN
Our
Patents
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ELECTROMAGNETIC RADIATION CONVERTER UNITED STATES DESIGN PATENTS
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ELECTROMAGNETIC RADIATION CONVERTER CANADIAN INTELLECTUAL PROPERTY OFFICE BLACK CRYSTAL
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ELECTROMAGNETIC RADIATION CONVERTER CANADIAN INTELLECTUAL PROPERTY OFFICE DEFENDER INFINITY
Computer Modelling
Calculations
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R&D: CALCULATION OF THE STRENGTH AND INTENSITY OF THE ELECTROMAGNETIC FIELD IN THE INTERACTION OF ELECTROMAGNETIC RADIATION AT A FREQUENCY OF 28 GHZ (WIFI 5G) WITH AN AIRES C20S5G RESONATOR (MICROPROCESSOR),
WHICH IS USED IN THE AIRES CRYSTAL (2019 MODEL)
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R&D: CALCULATION OF THE STRENGTH AND INTENSITY OF THE ELECTROMAGNETIC FIELD IN THE INTERACTION OF ELECTROMAGNETIC RADIATION AT A FREQUENCY OF 2.4 GHZ (WIFI) WITH AN AIRES C28S RESONATOR (MICROPROCESSOR), WHICH IS
USED IN THE AIRES DEFENDER PRO (2018 MODEL)
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R&D: CALCULATION OF THE STRENGTH AND INTENSITY OF THE ELECTROMAGNETIC FIELD IN THE INTERACTION OF ELECTROMAGNETIC RADIATION AT A FREQUENCY OF 2.4 GHZ (WIFI) WITH AN AIRES C32S RESONATOR (MICROPROCESSOR), WHICH IS
USED IN THE AIRES GUARDIAN (2018 MODEL)
Effective Range
Calculations
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R&D: EVALUATION OF THE EFFECTIVENESS OF THE AIRES GUARDIAN (2018 MODEL)
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R&D: EVALUATION OF THE EFFECTIVENESS OF THE AIRES DEFENDER PRO (2018 MODEL)
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R&D: EVALUATION OF THE EFFECTIVENESS OF THE AIRES SHIELD PRO (2018 MODEL)
Our
Research Team
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DAINIUS JASAITIS
Vilnius Vytautas Magnus Gymnasium | Vilnius Gediminas Technical University
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ARTŪRAS JUKNA
Semiconductor Physics Institute | Vilnius Gediminas Technical University
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VA TARLYKOV
ITMO University Saint-Petersburg | The department of laser technologies and systems | Educational and methodical association
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V SYSOEV
Military Medical Academy named S.M. Kirov in Sankt-Petersburg | Head of the Chair of the Academy | Honored Worker of Higher School
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S ZENIN
Ministry of Health of Russia . Federal Scientific Clinical Experimental Center of Traditional Methods of Diagnosis and Treatment
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S DATOVA-EN B ALEKSANDROV
Tyumen State University, Institute of Biology | Department of Anatomy and Physiology of Man and Animals
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NA DJUZIKOVA
Institute of Physiology named I.P. Pavlov. Russian Academy of Sciences | Head of the Laboratory of genetics of higher nervous activity
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L RYBINA
Institute of Physiology named I.P. Pavlov. Russian Academy of Sciences | Researcher of the Laboratory of Higher Nervous Activity
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G N LUKYANOV
ITMO University Saint-Petersburg | Dean of the Faculty of Physical Engineering, Hof the Department of Electronics
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A V KOPYLTSOV
State University of Aerospace Instrumentation | Electro Technical University (ETU) Saint-Petersburg | The Herzen State Pedagogical University of Russia
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