Evgeny Velikhov

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Evgeny Velikhov at the 1st IYPT (1988).

Evgeny Pavlovich Velikhov (born on February 2, 1935; in Russian: Евгений Велихов) is a physicist and scientific leader in the Russian Federation.[1] His scientific interests include plasma physics, lasers, controlled nuclear fusion, power engineering and magnetohydrodynamics (high-power pulsed MHD generators). He is the author of over 1500 scientific publications and a number of inventions and discoveries.

He currently holds the post of president of the Kurchatov Institute (named after Igor Kurchatov) and first Secretary (head) of the Public Chamber of Russia. He is a member of the Russian Academy of Sciences and has been the vice-president of the Soviet Academy of Sciences.

Career[edit]

Evgeny Velikhov (2010).

Evgeny Velikhov graduated from the Department of Physics at M.V. Lomonosov Moscow State University (MSU) in 1958, where he specialized in theoretical physics. From 1958 until 1961, he studied at graduate school. After completing his graduate work, he began work as a junior researcher at the Institute of Atomic Energy, the precursor institution to the Russian Research Centre (RRC) "Kurchatov Institute". He spent most of his scientific career rising through the ranks of this famous federal scientific agency.

His early work regarding fluid and plasma instabilities led to the discovery of the magnetorotational instability in 1959[2] and the electrothermal instability in 1962.[3]

In 1964, he defended his thesis before receiving his Doctor of Science degree in physics and mathematics.

In 1968, he obtained the rank of Professor of atomic physics, plasma physics and microelectronics at the Physics Department of Moscow State University. In 1973, he became the head of the Department until 1988. In 1971, he became a member of the Communist Party.

From 1971 to 1978, he was the director of the Magnetic Laboratory (later known as the TRINITY State Scientific Center), a branch of the USSR Academy of Sciences in 1956, and subdivision of Kurchatov Institute since 1961, at Troitsk, Moscow Oblast.

In 1972, he founded an energy and space plasma research department at Moscow Institute of Physics and Technology (MIPT, more known as "Phystech"), with a base in this branch of the Kurchatov Institute of Atomic Energy (KIAE).

In 1975, he established another new department at Phystech in order to study the problems of physics and energy, for which he received the honor of chair of plasma energy. The next year, he was appointed as the first dean of the Faculty of Physics For Energy (FPFE), a R&D department of fusion energy specialized in plasma and high pressure physics, quantum optics, laser and space technologies. Ten years later, in 1986, he was promoted as the scientific director of FPFE.

In 1988, he was named director of Kurchatov Institute and chairman of the international programme (Russia, USA, European Union and Japan) for the creation of the thermonuclear experimental tokamak ITER, and has been its president from 1992 until the present. In 2009 he was elected Chair of the ITER Council, the governing body of ITER.

He is also president of the joint stock company Rosshelf (Russian offshore development company to develop seafloor-based oil and gas production complex), Gazprom's subsidiary; and co-chairman of Relcom board of directors.

Evgeny Velikhov currently resides in Moscow.

Awards[edit]

This article incorporates information from the equivalent article on the Russian Wikipedia.

Evgeny Velikhov is well known in the world scientific and engineering community for his diverse activities, for which he has received several honors and awards, among which:

References[edit]

  1. ^ "E. P. Velikhov link at Kurchatov Institute". 
  2. ^ Velikhov, E. P. (1959). "Stability of an Ideally Conducting Liquid Flowing Between Cylinders Rotating in a Magnetic Field". Soviet Physics JETP 36: 1398–1404. 
  3. ^ E.P. Velikhov (1962). "Hall instability of current-carrying slightly-ionized plasmas". Newcastle-upon-Tyne, England. 1st International Conference on MHD Electrical Power Generation, Paper 47.