Lisitsyn, Vladimir Nikolaevich

V.N. Lisitsyn was born in the family of a military man in Uzbekistan , where father Nikolai Mikhailovich Lisitsyn was on a business trip from the West Siberian Military District . In 1937, the family moved to Novosibirsk. Soon, the mother of Stolypin, Olga Ivanovna, dies, and children, until her youth, are helped by the sister of Nikolai Mikhailovich Galina Mikhailovna Lisits and on. The elder brother Evgeny Nikolaevich later chose the military profession and continued the family tradition. And Vladimir, after graduating from school No. 42, entered the Novosibirsk Electrotechnical Institute at the Electromechanical Faculty, from which he graduated with a diploma in electrical engineering in 1960. By distribution, he went to Tyumen , where he worked at the Avtotractor Electric Equipment factory, first as a foreman, after some time as a shop manager and since March 1962 as a head of the Energoburo of the plant. At that time, after gaining professional and managerial experience in production, his scientific interests began to take shape.

Lisitsyn maintained contact with the institutes of Akademgorodok in Novosibirsk and in 1962 he was invited by G. Krivoshchekov to the Institute of Radiophysics and Electronics of the Siberian Branch of the USSR Academy of Sciences. At this institute (since 1963, the Institute of Semiconductor Physics, Siberian Branch of the Academy of Sciences of the USSR) he worked on research on luminescent materials for OCT, and on the study of the temporal and spectral characteristics of the radiation of a ruby laser . In the laboratory of gas optical quantum generators, he studied optical pumping methods. Continuing this work as part of a group led by V.P. Chebotayev , the results were obtained that formed the basis of the Nonlinear absorption method in gas generators. This work received wide resonance in the scientific community, and in 1978 Chebotayev V.P. and Letokhov V.S. were awarded the Lenin Prize .

In 1963, an acquaintance with the future wife, a teacher by education, Perestoronina Lyudmila Viktorovna, with whom they will have three children. The eldest son was born in the following 1964. There will also be a daughter and a son, but in 1973 the marriage breaks up. This event calls into question the development of a scientific career, in connection with the features of the social environment of the Soviet period. Lisitsyn is completely immersed in scientific work.

In 1969, he defended his thesis on "Experimental studies of a gas laser with an absorbing cell in the cavity" and headed the laboratory of Quantum Optics and Radiophysics at the Institute of Semiconductor Physics. In the next 10 years, his scientific activity focused on the study of luminescence of crystals and glasses, the temporal characteristics of solid-state lasers , high-pressure gas lasers , the generation of picosecond light pulses and the use of lasers. During this period, 110 out of 136 scientific papers were written and a huge scientific and organizational experience was obtained, which made it possible in the future to create an independent line of research for high-pressure gas-discharge lasers.

By the time he was elected head of the Department of Electronic Devices (NETI) in 1981, Lisitsyn was known as a major specialist in the field of gas laser physics and as the head of the laser spectrometry laboratory, combining many research groups of institutes of the Siberian Branch of the Academy of Sciences with similar scientific interests.

In 1983 he was awarded the title of professor. Prior to re-election as head of the department in 1987 and until 1993, he focused on research on the practical application of the laser in medicine and the national economy. He actively collaborated with the Institute of Circulatory Pathology SB USSR Academy of Medical Sciences . He participated in national and international scientific conferences and continued to publish scientific papers.
Lisitsyn V.N. is buried at the Novosibirsk cemetery in Akademgorodok next to his father, who survived his son for one year.

• Together with Sergievsky V. S. (Institute of Blood Circulation Pathology SB USSR Academy of Medical Sciences), the first experiments on the effect of laser radiation on living organisms were carried out at the Institute of Semiconductors. These were pioneering world-class studies. Started in the 70s, this work continued for many years to come.
• While working at the Department of Electronic Devices, his main research interests were focused on the spectroscopy of bioorganic molecules. The laboratory of laser spectroscopy, headed by Lisitsyn, was the leading in Russia in the field of two-photon laser spectroscopy of biomolecules .

• Laser spectroscopy of bioorganic molecules
• The use of two-photon processes in the photodynamic therapy of malignant tumors
• Studies of bioorganic molecules as a medium for three-dimensional optical memory with two-photon recording and reading
• Development of modern analytical medical devices using the principles of spectroscopy

• Lisitsyn V.N., Chebotaev V.P. "Hysteresis and" hard "excitation in a gas laser." Journal of experimental and theoretical physics. Letters to the editors. - 1968. - T.7, N 1. - C.3-6.
• Lisitsyn V.N., Chebotaev V.P. "Effects of saturation of absorption in a gas laser." Journal of experimental and theoretical physics. - 1968. - T.54, N 2. - S.419-423.
• Lisitsyn V.N., Chebotaev V.P. "On the use of the Zeeman effect to stabilize the frequency of a gas laser with nonlinear absorption." Optics and spectroscopy. - 1969. - T.26, N 6. - S.856-858.
• Lisitsyn V.N., Orlov V.A., Fomin Yu.N., Chebotaev V.P., “Laser Doppler velocity meter for opaque fluid and particle flows”, - In: Experimental methods and apparatus for studying turbulence: Transactions . III All-Union Conference. Novosibirsk: ITP SB RAS USSR, 1980.
• Lisitsyn V.N., Orlov V.A., Revyakin S.V., Sergievsky V.S., Fomin Yu.N. Optical methods of information processing. " On the laser method of local measurements of blood flow velocity " Autometry , 1984, N1.
• Lisitsyn V.N., Makukha V.K., Yurshina L.A. On the use of the Pokels effect for preliminary determination of the wavelength of laser radiation. Abstracts of the 1st Regional Scientific and Technical Conference "Electronic Instrument Making", section "Electronic - Physical", Novosibirsk, NATI , 1986.
• Guskov LN, Guskov OL, Lisitsyn VN, Popovchenko OV, " Study of the resolution of a gas electroluminescent X-ray detector " Avtometriya , 1987, No. 4.
• Guskov L.N., Lisitsyn V.N., Makukha V.K., Yurshina L.A. Laser two-photon spectrometer for studying complex organic molecules. Abstracts of the III All-Union Conference "The use of lasers in technology and systems for the transmission and processing of information", IF AN ESSR, Tallinn, 1987.
• Groshev D.E., Guskov L.N., Lisitsyn V.N., Makukha V.K. Two-photon laser spectroscopy of organic and biomolecules. Abstracts of the International Conference on Nonlinear and Coherent Optics, IF BSSR, Minsk, 1988.
• Guskov L.N., Lisitsyn V.N., Makukha V.K. Laser scanning device for reading bar codes. Abstracts of the All-Union Scientific and Technical Conference "Electronic Instrument Making", VNTORES im. A. S. Popova, Novosibirsk, 1988, p. 97.
• Goryachko A.V., Guskov L.N., Lisitsyn V.N., Makukha V.K. Calculation of the resolution of a laser barcode reader. Abstracts of the XLIY All-Union Scientific Session devoted to Radio Day, VTORES them. A. S. Popova, Novosibirsk, 1989, p. 16-17.
• Vasilevsky A.I., Lisitsyn V.N., Makukha V.K. Atomization of molecular tellurium in a vacuum. Abstracts of the XLIY All-Union Scientific Session devoted to Radio Day, VTORES them. A. S. Popova, Novosibirsk, 1989, p. 38-39.
• Groshev D.E., Lisitsyn V.N., Makukha V.K., Meshalkin Yu.P. Automated two-photon laser spectrometer for studying biological molecules. Abstracts of the All-Union Scientific and Technical Conference "Actual Problems of Electronic Instrumentation", NETI, Novosibirsk, 1990.
• Meshalkin Yu.P., Groshev D.E., Guskov L.N., Lisitsyn V.N., Makukha V.K. Two-photon excitation of albumin. Biophysics , 1990, v. 35, N5, pp. 739-741.
• Groshev D.E., Lisitsyn V.N., Makukha V.K., Meshalkin Yu.P. Rudenko P.A. Two-photon excitation of luminescence of aromatic amino acids. Journal of Applied Spectroscopy , 1990, vol. 53, N1.
• Groshev DE, Lisitsyn VN, Makukha VK, Meshalkin Yr.P. Two-photon fluorescence of biological molecules. Proceedings of International Conference "Laser's - 91", San-Diego, California, USA, 1991.

Study guides
Lisitsyn V.N., Meshalkin Yu.P. Physical fundamentals of the use of lasers in biology and medicine. Textbook on the course " Application of Lasers " (special. 2004) - Novosibirsk State Technical University , 1993 - 41 p.

• European Biophysics Journal
• Institute of Laser Physics. Academy of Sciences. Siberian branch.
• Proceedings of SPIE (English)
• Laser medicine (inaccessible link)
• Quantum Electronics.
• Optics and spectroscopy (inaccessible link)
• Electronic catalog of the Scientific library of NSTU (inaccessible link)
• Scientific Library of Omsk State University F.M. Dostoevsky (inaccessible link)