Шаблоны Joomla Joomla


AIRES Human Genome Research Foundation presents

 

Scientific publications

  1. Serov I.N., Korshunov K.A., Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna
    Research Project: Calculation of Electromagnetic Field Strength and Intensity Upon Interaction of 28GHz Electromagnetic Radiation (5G WiFi) with C20S5G Aires Resonator (Microprocessor), Used in Aires Crystal Product (2019 model), 2018.

  2. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna,
    Research Project: Calculation of Electromagnetic Field Strength and Intensity Upon Interaction of 6 GHz Electromagnetic Radiation (5G WiFi) with C20S5G Aires Resonator (Microprocessor), Used in Aires Crystal Product (2019 model), 2018.

  3. Dainius Jasaitis, Vaida Vasiliauskiene, Paulius Miskinis, Jovita Damauskaite, Arturas Jukna, Aleksandr Kopyltsov, Genady Lukyanov, Konstantin Korshunov, Igor Serov
    Investigation Of The Circle Fractal Structure Interaction with Gigahertz Frequency Electromagnetic Waves, ITMS 2018.

  4. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna
    Research Project: Aires Guardian Product Efficiency Estimation (2018 model), 2018.

  5. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna,
    Research Project: Calculation of Electromagnetic Field Strength and Intensity Upon Interaction of 2.4 GHz Electromagnetic Radiation (WiFi) with Aires C32S Resonator (Microprocessor), Used in Aires Guardian Product (2018 model), 2018.

  6. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna
    Research Project: Aires Defender Pro Efficiency Estimation (2018 model), 2018.

  7. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna
    Research Project: Calculation of Electromagnetic Field Strength and Intensity Upon Interaction of 2.4 GHz Electromagnetic Radiation (WiFi) with Aires C28S Resonator (Microprocessor), Used in Aires Defender Pro Product (2018 model), 2018.

  8. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna
    Research Project: Aires Shield Pro Efficiency Estimation (2018 model), 2018.

  9. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna
    Research Project: Calculation of Electromagnetic Field Strength and Intensity Upon Interaction of 2.4 GHz Electromagnetic Radiation (WiFi) with Aires C16S Resonator (Microprocessor), Used in Aires Shield Pro Product (2018 model), 2018.

  10. Serov I.N., Korshunov K.A, Soltovskaya I.A., Shamko T.V., Kopyltsov A.V., A. Yukna
    Research Project: Calculation of Electromagnetic Field Strength and Intensity Upon Interaction of 2.4 GHz Electromagnetic Radiation (WiFi) with AIRES K8 Resonator (Microprocessor), (2016 model), 2018.

  11. Silinskaya I.G., Novoselova A.V., Sazanov Yu.N., Gribanov A.V., Serov I.N., Margolin V.I.
    Polyacrylonitrile Solutions Structurization, Journal of Applied Chemistry. V. 79. No8. P. 1391-1393.

  12. Dontsov G.A., Melnikov G.S., Serov I.N.
    Fractal Concept of Determinated Chaos, Philosophy of Science. 2003. No 3(18). P. 3.

  13. Serov I.N., Zhabrev V.A., Lukyanov G.N., Soltovskaya I.A., Tupik V.A., Potekhin M.S., Margolin V.I.
    Research of Fractal Structures Influence on Processes of Nanoscale Films Formation, Heavy Engineering. No 11. P. 19-21.

  14. Serov I.N., Lukyanov G.N., Margolin V.I., Potsar N.A., Soltovskaya I.A., Fantikov V.S., Tupik V.A.
    Production and research of Nanoscale Copper Films with Fractal Structure, Microsystems Engineering. No 1. P. 31-38.

  15. Zhabrev V.A., Lukyanov G.N., Margolin V.I., Serov I.N., Tupik V.A.
    Experimental Research of Cu and Ti Fractal Structures, Produced by Ion Magnetron Sputtering Method, Nanoengineering. 2005. No 3. P. 60-77.

  16. Serov I.N., Kopyltsov A.V., Lukyanov G.N.
    Interaction of Semiconductor Plate with Self-Affine Surface Topography and Electromagnetic Radiation, Nanoengineering. 2006. no 4 (8). P. 44-49.

  17. Serov I.N., Anisimov A.V., Lukyanov G.N., Miroshnichenko S.K., Golubok A.O., Margolin V.I., Barchenko V.T.
    Research of Magnetron Sputtering Processes, Using Aires Resonators, Nanoengineering. No 4 (8). P. 78-81.

  18. Serov I.N., Sysoev V.N., Rybina L.A., Ananyeva V.N.
    Influence of Fractal Nanoscale Topology Products on Certain Human Vital Processes and Human Ecology, Nanoengineering. No 1 (5). P. 146-151.

  19. Zhabrev V.A., Lukyanov G.N., Margolin V.I., Potekhin M.S., Tupik V.A., Serov I.N., Soshnikov I.P.
    Research of Cu Fractal Structures, produced by Ion Magnetron Sputtering Method, Structures Made of Composite Materials. No 4. P. 53-62.

  20. Serov I.N., Ananyeva V.N., Sysoev V.N., Rybina L.A.
    Influence of Fractal Nanoscale Topology Products on Certain Human Vital Processes and Human Ecology, Structures Made of Composite Materials. No 4. P. 62-71.

  21. Serov I.N.
    Russia, Year of 2010. What Will it Be Like?, Intellectual Property Exchange . V. 6. No3. P. 9-14.

  22. Serov I.N., Margolin V.I., Zhabrev V.A., Tupik V.A., Fantikov V.S.
    Long-Range Interaction Effects in Micro- and Nanoscale Structures, Engineering Physics. No 1. P. 50-67.

  23. Korotkova A.K., Korotkov K.G., Shapin A.V., Petrova E.N., Serov I.N., Lukyanov G.N., Kopyltsov A.V.
    Research of Aires Foundation Ring-Shaped Diffraction Grids, Mind and Physical reality. 2009. V. 14. No 9. P. 36-41.

  24. Nikolaenko N.N., Rybina L.A., Serov I.N.
    Behavioral and brain activity changes in users of optical filters with fractal matrix topology, Doklady Biological Sciences. 2002. Т. 383. № 1-6. С. 84-85.

  25. Serov I.N., Bel'skaya G.N., Margolin V.I., Potsar N.A.
    Effect of fractal-matrix resonators on the properties of thin copper films, Technical Physics Letters. 2002. Т. 28. № 12. С. 1054-1057.

  26. Serov I.N., Zhabrev V.A., Margolin V.I.
    Problems of nanotechnology in modern materials science, Glass Physics and Chemistry. 2003. Т. 29. № 2. С. 169-178.

  27. Serov I.N., Margolin V.I., Soltovskaya I.A., Potsar N.A., Tupik V.A., Fantikov V.S.
    Deposition of nanoscale films with fractal topography, Russian Microelectronics. 2004. Т. 33. № 5. С. 263-270.

  28. Serov I.N., Zhabrev V.A., Margolin V.I. Investigation into the influence of fractal-matrix structurizers on the formation and growth of nanostructures, Glass Physics and Chemistry. 2004. Т. 30. № 1. С. 32-50.

  29. Serov I.N., Margolin V.I., Moshnikov V.A., Koshcheev S.V., Maksimov A.I., Potsar N.A., Chesnokova D.B.
    An investigation of the effect of fractal-matrix resonators on the structure of copper films, Физика и химия обработки материалов. 2003. № 2. С. 16-20.

  30. Zhabrev V.A., Lukyanov G.N., Margolin V.I., Potekhin M.S., Tupik V.A., Serov I.N., Soltovskaya I.A.
    Research on mechanism of doe influence on fractal nano-dimensional films production, В сборнике: Proceedings of SPIE - The International Society for Optical Engineering Lasers for Measurements and Information Transfer 2005. Сер. "Lasers for Measurements and Information Transfer 2005" sponsors: SPIE Russia Chapter. St. Petersburg, 2006. С. 625113.

  31. Serov I.N., Margolin V.I., Soltovskaya I.A., Lukyanov G.N., Potsar N.A., Fantikov V.S.
    An investigation into nano-dimensional fractal film structures, В сборнике: Proceedings of SPIE - The International Society for Optical Engineering sponsors: Ministry of Industry, Sciences, and Technologies of Russia, NIX Company, Russia, Carl Zeiss, Germany, NT-MDT Company, Russia; editors: Valiev K.A., Orlikovsky A.A., FTIAN- Institute of Physics and Tec., Russia. С. 278-289.

  32. Serov I.N., Belskaya G.N., Margolin V.I., Moshnikov V.A., Potsar N.A., Soltovskaya I.A.
    Application of Magnetron Sputtering Method for Production of Structurized Thin Films, Proceedings of the Russian Academy of Science, Physics Series. 2003. V. 67. No 4. P. 575-578.

  33. Serov I.N., Margolin V.I., Potsar N.A., Soltovskaya I.A., Tupik V.A., Fantikov V.S.
    Research of the Process of Fractal Nanoscale Film Structures Production, Microelectronics. V. 33. No5. P. 325-333.

  34. Serov I.N., Margolin V.I., Potsar N.A., Soltovskaya I.A., Tupik V.A., Fantikov V.S.
    Research of Nanostructurized Copper Films by Focused-Beam and Atomic Force Microscopy, Surface. X-Ray, Synchrotron and Neutronic Researches. No 7. P. 31-34.

  35. Serov I.N., Lukyanov G.N.
    3D Surface Image Processing, Surface. X-Ray, Synchrotron and Neutronic Researches. No 7. P. 35-36.

  36. Serov I.N., Iosht M.A., Koscheev S.V., Margolin V.I., Moshnikov V.A., Chesnokova D.B.
    Analysis of Lead Selenide Nanocrystalline Layers Structural Characteristics, Microsystems Engineering. No 8. P. 17-20.

  37. Serov I.N., Belskaya G.N., Margolin V.I., Potsar N.A.
    Influence of Fractal-Matrix Resonators on Properties of produced Thin Copper Films, Letters to technical Physics Journal. V. 28. No24. P. 67-74.

  38. Serov I.N., Sysoev V.N.
    Appraisal of Efficiency of Aires Shield Electromagnetic Anomalies Neutralizers Use to Reduce Negative Effect of Cell Phone Electromagnetic Field, International Journal of Applied and Fundamental Research. 2014. No 8-3. P. 81-85.

  39. Kopyltsov A.V., Korshunov K.A., Lukyanov G.N., Serov I.N.
    Distributed Computing of Electromagnetic Radiation Interaction with Structurized Surface, Collection: Regional Informatics and Cyber Security, Collection of Scientific Papers. Saint Petersburg Association of Informatics, Computer technology, Communication and Management Systems. 2016. P. 383-387.

  40. Lukyanov G.N., Serov I.N., Kopyltsov A.V., Barchenko V.T.
    Self-Affine-Relief-Based Multi-Frequency Active Non-Linear Resonator, in the Book: Holography. Science and Practice, 14th International Conference HOLOEXPO 2017: abstracts. Micro- and Nanoholographic Systems. P. 262-267.

  41. Silinskaya I.G., Novoselova A.V., Sazanov Yu.N., Gribanov A.V., Serov I.N., Margolin V.I.
    STRUCTURING OF POLYACRYLONITRILE SOLUTIONS, Russian Journal of Applied Chemistry. 2006. Т. 79. № 8. С. 1378-1380.

  42. Dyuzhikova N.A., Kopyltsov A.V., Korshunov K.A., Lukyanov G.N., Puchkova V.A., Serov I.N.
    Effect of High-Frequency Electromagnetic Radiation and Influence of Resonators-Converters on Frequency of Chromosome Aberrations in Bone Marrow Cells of Male Wistar Rats. Electromagnetic Waves and Electronic Systems. 2018. V. 23.No  P. 12-18.

  43. Puchkova V.A., Dyuzhikova N.A., Serov I.N.
    Influence of High-Frequency Electromagnetic Radiation on Stability of Genetic Apparatus in Bone Marrow Cells of Wistar Rats, in the Collection: Proceedings of the 23rd Pavlov Physiological Society Congress with International Participation 2017. P. 827-829.

  44. Shiryaeva N.V., Vaydo A.I., Dyuzhikova N.A., Schegolev B.F., Surma S.V., Serov I.N.
    Influence of High-Frequency Electromagnetic Radiation and Resonators on Behavior of Rats with Various Degree of Nervous System Excitability, in the Collection: 8th International Congress: Weak and Superweak Fields and Radiation in Biology and Medicine, Scientific papers of the Congress 2018. P. 160-161.

  45. Serov I.N.
    Concept of Universal Correction, Culture Studies Analytics. No 3 (24). P. 46-50.

  46. Serov I.N.
    Concept of Universal Stabilization of Arbitrary Type Hypercomplex Biological Systems, Physics of Mind and Life, Cosmology and Astrophysics. V. 9. No1 (33). P. 40-51.

  47.  Serov I.N.
    Certain Fundamental Principles of Universal Theory of Space, Physics of Mind and Life, Cosmology and Astrophysics. 2008. V. 8. No 3 (31). P. 45-58.

  48.  Serov I.N.
    Certain Fundamental Principles of Universal Theory of Space, Physics of Mind and Life, Cosmology and Astrophysics. V. 8. No4 (32). P. 26-47. 

  49.  Serov I.N.
    General course of BIP, 2nd edition. P. 615. Publishing house "Arden-tech" 2013.

  50.  Serov I.N. 
    Epicrise. Book one. P. 575. Publishing house "Arden" 2009.

  51.  Serov I.N. 
    Epicrise. Project "Phoenix". The second book. P. 375. Publishing house "Arden-tech" 2018.

Patents

  1. Serov I.N. Optical Fractal-Matrix Filter and Application Thereof for Eyes Protection, Utility Patent RUS 2200968 12.04.2001

  2. Serov I.N., Margolin V.I. Method of Thin Films with Fractal Structure Production, Utility Patent RUS 2212375 04.11.2002

  3. Serov I.N. Device, Influencing Animate and Inanimate Nature Objects, Utility Patent RUS 2217181 28.02.2003

  4. Serov I.N. Method of Keeping Biological Self-Destroying and toxic objects, Utility Patent RUS 2152707 01.02.1999

  5. Serov I.N. Applicator, Utility Patent RUS 2230580 04.11.2002

  6. Serov I.N. Applicator, Utility Patent RUS 2230581 04.11.2002

  7. Serov I.N. Device for Human Protection Against Electromagnetic radiation, Utility Patent RUS 2231137 04.11.2002

  8. Serov I.N. Applicator, Utility Patent RUS 2243008 04.11.2002

  9. Serov I.N. Device, Converting Electromagnetic Field into Coherent Form, Utility Patent RUS 2308065 27.07.2006

  10. Serov I.N. Device, Converting Electromagnetic Radiation into Coherent Form, Utility Patent RUS 2312384 25.09.2006

  11. Serov I.N. Electromagnetic Radiation Structuring Device, Utility Patent RUS 2284062 22.12.2004

  12. Serov I.N. Device for Human Protection Against Electromagnetic Radiation, Design Patent RUS 95517 13.10.2014

  13. Serov I.N. Device for Human Protection Against Electromagnetic Radiation, Design Patent RUS 95518 13.10.2014

  14. Serov I.N. Device for Human Protection Against Electromagnetic Radiation, Design Patent RUS 95519 13.10.2014

  15. Serov I.N. Device for Human Protection Against Electromagnetic Radiation, Design Patent RUS 102199 09.03.2016

  16. Serov I.N. Pattern on Silicon Wafer, Design Patent RUS 102278 20.02.2016

  17. Serov I.N. Pattern on Silicon Wafer (2 variants), Design Patent RUS 102506 20.02.2016

  18. Serov I.N. Device for Human Protection Against Electromagnetic Radiation, Design Patent RUS 106108 06.02.2017

  19. Serov I.N. Device for Human Protection Against Electromagnetic Radiation, Design Patent RUS 106110 15.02.2017

  20. Serov I.N. Device for Human Protection Against Electromagnetic Radiation, Design Patent RUS 111993 13.03.2018

  21. Serov I.N. Decorative Plate, Design Patent RUS 113461 5.02.2018

  22. Serov I.N. Decorative Plate, Design Patent RUS 113580 19.02.2018

  23. Serov I.N. Decorative Plate, Design Patent RUS 117129 22.03.2018

  24. Serov I.N. Pyramid decorative Product, Design Patent RUS 117366 15.04.2019

  25. Serov I.N. Electromagnetic radiation converter, patent № 175510 03.05.2018

  26. Serov I.N. Electromagnetic radiation converter, patent № 168304 30.12.2016

  27. Serov I.N. Electromagnetic radiation converter, patent № 175511 03.05.2018

  28. Serov I.N. Electromagnetic radiation converter, patent № 181619 07.03.2019 (28.05.2018)

  29. Serov I.N. Electromagnetic radiation converter, patent № 181618 07.03.2019 (28.05.18)

  30. Serov I.N. Electromagnetic radiation converter, patent № 181617 07.03.2019 (28.05.18)

  31. Serov I.N. Electromagnetic radiation converter, patent № 181616 07.03.2019 (28.05.18)

  32. Serov I.N. Radiation neutralisers, patent № 005535515-0001 03.08.2018

  33. Serov I.N. Radiation neutralisers, patent № 005535515-0002 03.08.2018

  34. Serov I.N. Radiation neutralisers, patent № 005535515-0003 03.08.2018

  35. Serov I.N. Radiation neutralisers, patent № 005535515-0004 03.08.2018

Awards

2006

October 17 - 20, Moscow
Products and technologies. Diversification of the military-industrial complex - 6th special exhibition

  • Circular diffraction lattices
    Diploma with the medal to the President of "AIRES" Foundation Serov I. for development conversion technologies of electromagnetic radiation into the coherent form

October 17 - 20, Moscow
ExpoLaboratory `06 - The 4th International Exhibition

  • Circular diffraction lattices
    Diploma with the medal to the President of "AIRES" Foundation Serov I. for development the conversion devices of electromagnetic radiation into the coherent form

2003

30 April – 11 May, Paris, France
"Lepin Contest" – International Inventions Salon

  • AIRES holographic film with fractalmatrix structure
    Bronze medal and Diploma
  • AIRES electromagnetic abnormalities neutralizer
    Medal and Diploma of the French Inventors and Rationalizers Association
  • AIRES ecological converter
    Medal and Diploma of the French Inventors and Rationalizers Association

4 – 7 February, Moscow
III Moscow International Innovation and Investment Salon

  • Fractal matrix structurizers
    Diploma of the Russian Agency for Patents and Trademarks
    Diploma from the Minister of Industry, Science and Technologies of the Russian Federation
    Gold medal 
  • Fractal matrix technologies
    Diploma for the report 'Practicable ways of using the AIRES fractalmatrix technologies in medicine and APK' at the conference 'Biotechnological Projects for Improving the Quality of Human Life'
    Honorary Prize
  • 5 February 2003 Aires Foundation President I. N. Serov was awarded a Chevalier Order by the Supreme Award Committee of the government of Belgium for services and prominent contribution into the science and progress.
  • AIRES ecological converter
    Gold medal
    Diploma from the Minister of Industry, Science and Technologies of the Russian Federation

2002

26 – 28 November, Moscow
1st Congress of Medical Officers of Preventive Sphere of the RF Armed Forces – the exhibition with in the framework of the congress

  • The Foundation developments

12 – 17 November, Brussels, Belgium
Brussels Eureka 2001 – 51st World Innovation Salon

  • AIRES electromagnetic abnormalities neutralizer
    Gold medal and Diploma.
  • Fractal matrix technology
    Honorary Diploma for active cooperation in organizing of and participation in the World Salon

2001

13 – 19 November, Brussels, Belgium
Brussels - Eureka 2001 – 50th World Innovation Salon

  • Optic filters
    Second rate Diploma of the Russian Agency for patents and trademarks
  • Fractal-matrix technologies
    Honorary Diploma
    Special prize established by Roudi Demmote, Minister of French Community Affairs of the Belgian Government
    Gold medal with distinction
    Diploma