Prof. Dr. Vladimir A. Tarlykov
Professor, Doctor of Technical Sciences — Department of Laser Technologies and Systems, ITMO University
Institution: ITMO University (National Research University ITMO), St. Petersburg, Russia
Department: Department of Laser Technologies and Systems
Publications: 120+ scientific and educational publications; 8 invention certificates
Specialization: Laser diffractometry; coherent and statistical optics; laser measurement technology; symmetry properties of diffraction patterns
ITMO profile: ifmo.ru/ru/viewperson/168/tarlykov_vladimir_alekseevich.htm
Background
Prof. Dr. Vladimir Tarlykov is a physicist and laser scientist at ITMO University, one of Russia's leading research universities in information technology and photonics. He teaches courses in laser technology, laser measurement, and coherent and statistical optics, and supervises graduate research. His primary scientific interest is laser diffractometry of small-sized objects — studying how laser radiation parameters affect diffractometry results and the symmetry properties of diffraction patterns.
Tarlykov has over 120 publications and 8 invention certificates, reflecting a career at the intersection of applied optics, photonics, and precision measurement. His expertise in diffraction phenomena and structured surface interactions made him a key collaborator for studying how the Aires fractal surface interacts with electromagnetic fields.
Contributions to Aires Research
Prof. Tarlykov conducted blood cell studies examining the effect of the Aires fractal resonator on erythrocyte (red blood cell) deformability and structural integrity under electromagnetic field exposure — including in blood from clinically challenging patient populations.
2005 Blood Study (Multiple Myeloma Patients): Demonstrated that the Aires fractal resonator improves erythrocyte deformability in blood samples taken from multiple myeloma patients — a population known to have severely compromised red blood cell function. Received independent PACE peer review. Read study →
2019 Erythrocyte Study: Follow-up study on the effect of Aires resonators on erythrocyte state in human blood samples. Read study →
2024 Erythrocyte Study: Updated erythrocyte research with newer resonator models. Read study →
PACE Peer Review of the 2005 study →