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Natan Yavlinsky was born on 13 February, 1912 in Kharkiv, Russian Empire, is a Soviet physicist (1912–1962). Discover Natan Yavlinsky's Biography, Age, Height, Physical Stats, Dating/Affairs, Family and career updates. Learn How rich is he in this year and how he spends money? Also learn how he earned most of networth at the age of 50 years old?

Popular As N/A
Occupation N/A
Age 50 years old
Zodiac Sign Aquarius
Born 13 February, 1912
Birthday 13 February
Birthplace Kharkiv, Russian Empire
Date of death 28 July, 1962
Died Place Gagra, Georgian SSR, Soviet Union
Nationality Russia

We recommend you to check the complete list of Famous People born on 13 February. He is a member of famous with the age 50 years old group.

Natan Yavlinsky Height, Weight & Measurements

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Natan Yavlinsky Net Worth

His net worth has been growing significantly in 2023-2024. So, how much is Natan Yavlinsky worth at the age of 50 years old? Natan Yavlinsky’s income source is mostly from being a successful . He is from Russia. We have estimated Natan Yavlinsky's net worth, money, salary, income, and assets.

Net Worth in 2024 $1 Million - $5 Million
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Timeline

1912

Natan Aronovich Yavlinsky (Натан Аронович Явлинский; 13 February 1912 – 28 July 1962) was a Russian physicist in the former Soviet Union who invented and developed the first working tokamak.

Yavlinsky was born to a family of doctors on 13 February 1912 at Kharkiv, Russian Empire.

Grigory Yavlinsky, an economist and politician, is related to him.

1924

After several failed attempts to gain funding, he gave up and asked two graduate students, Stanley (Stan) W. Cousins and Alan Alfred Ware (1924-2010 ), to build a device out of surplus radar equipment.

1931

He underwent professional technical school (PTU) in 1931 and finished an engineering degree in 1936 at Kharkiv Polytechnic Institute (then Kharkiv V.I. Lenin Polytechnic Institute).

As a student, he worked in the Kharkiv Electromechanical Plant.

1932

He became a member of the Communist Party of the Soviet Union (then All-Union Communist Party) in 1932, but was removed from the party in 1937.

His exclusion from the party also cost him his work at the Moscow Power Engineering Institute (founded as Correspondence Power Engineering Institute).

1939

While little is known about his removal from the party, his membership and his position was restored in 1939.

1941

While Yavlinsky was exempted from rendering military service for his scientific background and as head of the factory design bureau in the Moscow Power Engineering Institute, he still volunteered when the Second World War opened in the Soviet Union in 1941 as head of the Soviet artillery repair workshop.

Also for his military service, he later received the Medal "For the Victory over Germany in the Great Patriotic War 1941–1945" and the Medal "For Valiant Labor in the Great Patriotic War of 1941-1945".

1942

His service during the Battle of Stalingrad earned him the Medal "For the Defence of Stalingrad" in 1942.

1944

Two years after, in 1944, he was recalled from the front to develop electric motor systems for artillery in the institute.

1945

The first attempts to build a practical fusion machine took place in the United Kingdom, where George Paget Thomson had selected the pinch effect as a promising technique in 1945.

1948

He would continue working in the institute until 1948, when he would obtain his Candidate of Sciences, the Soviet equivalent of a Doctor of Philosophy degree.

Also by 1948, Yavlinsky became a senior associate of the USSR Academy of Science.

This was successfully operated in 1948, but showed no clear evidence of fusion and failed to gain the interest of the Atomic Energy Research Establishment.

In 1948, Yavlinsky moved to the Kurchatov Institute (also known as the I. V. Kurchatov Institute of Atomic Energy, named after its head Igor Kurchatov).

By this time, other Soviet scientists under Kurchatov such as Nobel Prize laureates Andrei Sakharov and Igor Tamm were working on the Soviet atomic bomb project.

As for Yavlinsky, who was given his own laboratory in the institute, he was tasked to develop power supply systems.

It did not take long before he also became involved in nuclear research.

1949

For this work, he was awarded the Stalin Prize in 1949.

1951

After developing the bomb, Sakharov and Tamm began work on the tokamak system in 1951.

A tokamak (Токамáк) is a device that uses a powerful magnetic field to confine a hot plasma in the shape of a torus.

The tokamak is one of several types of magnetic confinement devices being developed to produce controlled thermonuclear fusion power.

The word tokamak is a transliteration of the Russian word токамак, an acronym of either:

The term was attributed to Igor Golovin.

Sakharov and Tamm completed a much more detailed consideration of their original proposal, calling for a device with a major radius (of the torus as a whole) of 12 m and a minor radius (the interior of the cylinder) of 2 m. The proposal suggested the system could produce 100 g of tritium a day, or breed 10 kg of U233 a day.

However, Yavlinsky and another scientist, Golovin, considered developing another model focusing on more static toroidal arrangement.

It was the development of the concept now known as the safety factor (labelled q in mathematical notation) that guided tokamak development; by arranging the reactor so this critical factor q was always greater than 1, the tokamaks strongly suppressed the instabilities that plagued earlier designs.

1958

Yavlinsky's model led to the creation of T-1, the first real tokamak, in 1958.

The T-1 used both stronger external magnets and a reduced current compared to stabilized pinch machines like ZETA.

Yavlinsky was already preparing the design of an even larger model, later built as T-3, the first large tokamak.

With the apparently successful ZETA announcement, Yavlinsky's engineering concept became viewed as more acceptable.

For his work on "powerful impulse discharges in a gas, to obtain unusually high temperatures needed for thermonuclear processes," he was awarded the Lenin Prize and the Stalin Prize in 1958.

Despite this success, Kurchatov asked Yavlinsky to develop a stellarator instead of finishing the T-3.

1961

Besides, as of 1961, the succeeding installation known as the T-2 began showing issues in the toroidal circuits.

Nevertheless, Yavlinsky's design prevailed as other Soviet scientists began to favor the tokamak and persuaded Kurchatov to leave the stellarator research to the Americans.

Yavlinsky was not to see the T-3 completed.

1962

On 28 July 1962, while travelling from Lviv to Sochi through Aeroflot Flight 415, he and his family died in an airplane crash at Gagra.