| Leonardo/ISASTwith Arizona State University

Ivan Stepanyan

Leading Researcherat the Russian Academy of Sciences
Russian Federation
Focus area: AI (Machine Learning, Neural Networks, Deep Fakes), Analog, Anthropology, Architecture, Astronomy, Space, Biology, Body, Self, Chemistry, Climate, Atmospheric Science, Computer Graphics, Digital Imaging, Animation, Computer Music, Electroacoustic Music, Sonification, Computer Science, Engineering, Cryptography, Cryptology, Blockchain, Cultural Practices, Social Practice, Data Art, Science, Design, Digital Art, New Media, Digital Culture, Digital Humanities, Disability Studies, Ecology, Environment, Economics, Electronic, Digital Literature, Electronics, Environmental Art, Eco Art, Land Art, Experimental Music, Fine Arts 2D, Fine Arts 3D, Genomics, Geoscience, Geology, Holography, Linguistics, Marine, Ocean Science, Materials, Textiles Engineering, Math, Math Theory, Medicine, Medicine, Physiology, Heath, Music, Musicology, Optics, Visual Perception, Performance Art, Theater Studies, Photography, Physics, Psychology, Cognitive Studies, Public Art, Robotics, Electronics, Science Theory, Philosophy, Sound, Acoustics, STEAM, Pedagogy, Education, Surveillance, Security, Systems, Telepresence, Urban Planning, Built Environment, UX, UI Design, Video, Film, Virtual Reality, Visual Culture, Visual Studies, Writing, Literature, Poetry

Was born on May 1, 1980 in Moscow. I.V. Stepanyan made a significant contribution to the development of bioinformatics and neuroinformation technologies, developed an original method for encoding, decoding and visualizing data, which has high compression and cryptographic strength and allows you to extract hidden meanings from large amounts of information. He proposed the idea of ​​constructing a "semantic brain".
He developed a method for visualization and analysis of genetic sequences of biological organisms, on the basis of which he discovered previously unknown patterns of molecular genetic systems and their relationship with matrix mathematics, hypercomplex systems, tensor analysis and special functions.
Participated in the development of standards on the legal and methodological foundations of occupational risk management at the Institute of Occupational Medicine, where in 2012 he defended his doctoral dissertation.
Together with the dean of the Faculty of Composers of the Moscow State Conservatory. P.I. Tchaikovsky prof. A.A. Koblyakov and the head of the laboratory of biomechanical systems of the Institute of Mechanical Engineering of the Russian Academy of Sciences, Doctor of Physical and Mathematical Sciences. S.V. Petukhov developed a fundamentally new concept of genetic instrumental music, in connection with which the Center for Interdisciplinary Research of Musical Creativity of the Moscow State Conservatory. P.I. Tchaikovsky. Developed and received patents for inventions of musical instruments with a tuning based on mathematical principles of genetic coding and constructed prototypes of instruments.
Research Interests:
    molecular genetic algorithms and Hadamard matrices
    physics of living systems
    medical cybernetics
    algebraic botany and matrix genetics
    vibration biomechanics
    psychophysiological acoustics and music theory
    self-organizing algorithms
    neurocomputer equipment and technology
I.V. Stepanyan is the author of over 150 scientific papers and a number of patents. Leader of the European Science Blog.
    Master of Engineering and Technology in Computer Science and Computer Engineering (2003)
    PhD in Engineering Science (2006)
    Doctor of Biological Sciences (2012)

Journal Articles:
Special Section: Cairotronica

[C G A T] Epita Matrix Genetics: Toward a Visualization of Genetic Codes via “Genetic Music”