The oldest practicing surgeon in history and the key propagandist of Gorbachev's anti-alcohol campaign
A Leningrad professor, hearing of the young Uglov's surgical reports, called them 'the fabrications of Baron Munchausen', then examined the operations and withdrew the remark.
Born to a peasant family in Siberia, Uglov graduated from Saratov Medical Institute and served as a surgeon through the Winter War and the 900-day Siege of Leningrad. He pioneered operations on the esophagus, mediastinum, lungs, and heart, and earned a Guinness World Record as the oldest practicing surgeon, operating until age 102. During the 1985 anti-alcohol campaign, he was its key propagandist: his articles claiming that no dose of alcohol is acceptable and that drunkenness was alien to the Russian people were distributed nationwide, and he chaired the Union for the Struggle for National Sobriety. In his later years, he courted controversy by blaming alcoholism on a Jewish conspiracy and classifying rock music as a drug, aligning himself with the Russian nationalist right.
Career timeline
1929Graduated Saratov Medical Institute, district doctor
1939–1945Surgeon through the Winter War and Siege of Leningrad
1950–1991Head, Hospital Surgery Dept. No. 2, 1st Leningrad Medical Institute
1953–2006Editor-in-chief, Vestnik Khirurgii (Journal of Surgery)
1967Academician, USSR Academy of Medical Sciences
1985Published In the Captivity of Illusions; key propagandist of anti-alcohol campaign
1988Chairman, Union for the Struggle for National Sobriety
1994Guinness World Record: oldest practicing surgeon
Soviet Union
Soviet communism
1925–2013
○ Natural causes
Last President of the USSR Academy of Sciences and pioneer of computational mathematics in Siberia
“Science is a single living organism, not a conglomerate of autonomous mechanisms. Unfortunately, neither the politicians nor the scientific community have the concept of saving domestic science.” — 17 December 1991
An applied mathematician who built the centre of computational mathematics in Siberia and rose to the pinnacle of Soviet science administration. He pioneered nuclear-reactor calculations, atmospheric and ocean modelling, and mathematical immunology, laying the foundations with splitting methods and adjoint-equation theory. In 1964 he founded the Computing Centre in Novosibirsk, the USSR's first large-scale numerical-modelling centre. As GKNT Chairman and Deputy Premier from 1980, then Academy President from 1986, he steered Soviet science through perestroika. He became the last President of the USSR Academy of Sciences.
Career timeline
1953–1962Head of Mathematics Dept, Physics Energy Institute, Obninsk
1964–1980Director, Computing Centre, Siberian Branch, USSR Acad. of Sciences
1975–1980Chairman, Siberian Branch & Vice-President, USSR Academy of Sciences
1980–1986Chairman, GKNT & Deputy Chairman, USSR Council of Ministers
Soviet Union
Soviet communism
1929–2021
○ Natural causes
The father of Soviet cardiology who ran Kremlin medicine for 20 years
“Nuclear war, unless it is prevented, would lead to the extinction of life on Earth and possibly in the Universe. Can we take such a risk?” — Nobel lecture, Oslo, 1985
Yevgeny Chazov was a Soviet cardiologist who pioneered thrombolytic therapy for myocardial infarction and oversaw Kremlin medicine for twenty years, treating successive leaders from Brezhnev to Chernenko. In 1980 he co-founded International Physicians for the Prevention of Nuclear War with American cardiologist Bernard Lown, receiving the 1985 Nobel Peace Prize, a rare Cold War collaboration across the blocs.
Career timeline
1953Graduated Kiev Medical Institute; residency in Moscow
1963Doctor of Medical Sciences
1965–1976Director, Myasnikov Institute of Cardiology, AMS USSR
1967–1986Chief, 4th Main Directorate (Kremlin medical service)
1968–1986Deputy Minister of Health, USSR
1976–2014Director, All-Union Cardiology Research Center
The Estonian scientist who blocked phosphorite mining from inside the system
He stood out in TV debates by carrying a portfolio of documents and smoothly pulling out the relevant one to prove his point whenever opponents challenged him.
Estonian chemical physicist and politician. After studying oil-shale technology at Tallinn Polytechnic, he built the Soviet bloc's first NMR spectrometer and became a pioneer of high-resolution solid-state NMR spectroscopy. As a member of the Estonian Academy of Sciences, he led scientists in exposing the environmental and demographic dangers of planned phosphorite mines in 1987, providing the intellectual foundation for the 'Phosphorite War,' a catalyst for mass resistance and the independence movement. As a USSR People's Deputy, he unearthed and publicised the secret protocols of the Nazi-Soviet Pact, demolishing the legal basis for the Baltic annexation; after independence he served twice as a government minister.
Career timeline
1953Graduated from Tallinn Polytechnic, oil-shale technology
1956PhD in chemistry
1969DSc in physics and mathematics, USSR Institute of Chemical Physics
1972Elected Member of the Estonian Academy of Sciences
1975Full Academician, Estonian Academy of Sciences; board member until 2014
1980Founded and directed the Institute of Chemical and Biological Physics
1989–1991USSR People's Deputy; exposed the secret protocols of the Nazi-Soviet Pact
1990–1991Minister for Eastern Affairs, Republic of Estonia
1995–1996Minister of European Affairs, Republic of Estonia
Soviet Union
Soviet communism
1930–2016
○ Natural causes
The last chairman of Soviet state science policy and a uranium geologist
Receiving the Global Energy Prize in 2009 he observed: "The Earth has always alternated between cold and warm periods, and humans have lived through only a very short moment on the geological time scale."
Soviet geologist and science administrator. His work on uranium deposits across Central Asia and Russia established the resource base for the Soviet nuclear fuel cycle, and in the final perestroika years he served simultaneously as chairman of the State Committee for Science and Technology (GKNT) and Deputy Chairman of the USSR Council of Ministers: the last person to direct Soviet science and technology policy. As Vice President of the Soviet and then Russian Academy of Sciences from 1988 to 2013, he led the Earth sciences section and became a leading authority on radioactive waste disposal and Arctic research. He authored over 700 scientific papers and 28 monographs.
Career timeline
1958–1966IGEM uranium deposits lab, researcher → head
1966–1972Deputy Chief, Administration of Scientific Research Organizations, USSR Ministry of Geology
1968–1972Director, All-Union Geological Fund (VGF)
1972–1983Chief, Administration of Scientific Research Organizations, USSR Ministry of Geology
1979Corresponding Member, USSR Academy of Sciences
1987–1989President, Academy of Sciences of the Kirghiz SSR
1987Full Member (Academician), USSR Academy of Sciences
1988–2013Vice President, USSR / Russian Academy of Sciences
1989–1991Deputy Chairman, USSR Council of Ministers
1989–1991Chairman, USSR State Committee for Science and Technology (GKNT)
1991Deputy Prime Minister of the USSR and Minister for Science and Technology
Soviet Union
Soviet communism
1930–2019
○ Natural causes
Communist physicist whose semiconductor heterostructures opened the IT era
Demonstrating Russia's social stratification in the 2000s, he held up a wine glass and said: 'The contents of this glass belong — alas! — to just ten percent of the population. And the stem that holds the glass is the rest of the population.'
Zhores Alferov was a Soviet applied physicist who pioneered semiconductor heterostructure physics and built the first continuous-wave room-temperature semiconductor laser in 1968, laying the physical foundation for fiber-optic communication, CDs, and barcode readers. For this work he received the Nobel Prize in Physics in 2000. As director of the Ioffe Institute from 1987, chairman of the St. Petersburg Scientific Center from 1989, and vice-president of the USSR and Russian Academy of Sciences, he preserved Russia's basic science through the collapse of the Soviet Union. He served in the State Duma from 1995 on the Communist Party list, defending science funding and fiercely opposing the 2013 Academy reforms. Named after Jean Jaurès, he remained a communist all his life while leading one side of the Cold War's optoelectronics race.
Career timeline
1953–1961Researcher at Ioffe Institute; contributed to first Soviet transistors
1963Filed patent for double-heterostructure semiconductor laser
1970Doctor of Sciences in Physics and Mathematics (Ioffe Institute)
1972Corresponding Member, USSR Academy of Sciences; Lenin Prize
1979Full Member (Academician), USSR Academy of Sciences
1987–2003Director, Ioffe Physico-Technical Institute
1989–2017Vice-President, USSR/Russian Academy of Sciences; Chairman, St. Petersburg Scientific Center
1995–2019Deputy, State Duma of the Russian Federation (CPRF federal list)
2000Nobel Prize in Physics (shared with Herbert Kroemer)
Soviet Union
Soviet communism
1931–1995
○ Radiation-related illness
The deputy chief engineer who supervised the Chernobyl safety test and later argued the reactor's design was the real cause
The reactor protection system designed to stop the fission in an emergency situation played the role of atomic bomb detonator.
Born into a poor family in Siberia, he ran away from home at 14, trained at the Norilsk technical school, and graduated with honors from the Moscow Engineering and Physics Institute. He spent fourteen years installing naval nuclear reactors at a shipyard in the Soviet Far East before moving to Chernobyl in 1973, where he became deputy chief engineer in charge of Units 3 and 4. On 26 April 1986 he supervised the safety test at Unit 4 that ended in disaster; he insisted design flaws caused the accident but was convicted in 1987 and sentenced to ten years, released early in 1990 on health grounds. From prison he wrote to expose the RBMK's structural defects and authored Chernobyl: How It Was; the 1992 IAEA advisory report partly vindicated his argument.
Career timeline
1945–1952Norilsk Mining and Metallurgical Technical School, worked as an electrician
1953–1959Moscow Engineering and Physics Institute (automation and electronics, graduated with honors)
Soviet Union
Soviet communism
1935–2021
○ 10-year sentence 1988, served 5, freed 1991
The first director of Chernobyl who built the plant and was held responsible for its catastrophe
In the station courtyard I saw pieces of graphite under my feet, but I still could not imagine that the reactor had been destroyed.
Born in Tashkent as the eldest son of Russian workers, he studied energy engineering and built his career at thermal power plants. In 1970 he was appointed construction manager and first director of the Chernobyl Nuclear Power Plant, which he led for sixteen years; plagued by construction delays and defective materials, he submitted his resignation, but a Party supervisor tore it up. Dismissed immediately after the 1986 disaster, he was sentenced to ten years in 1988; after his release he continued working on Chernobyl liquidation until his death in Kyiv in 2021.
Career timeline
1959Graduated Tashkent Polytechnic, joined Angren Thermal Power Plant
1966Rose to deputy chief engineer at Slavyansk Thermal Power Plant
1970–1986First director and construction manager, Chernobyl Nuclear Power Plant
1986.07Expelled from CPSU and dismissed after the disaster; arrested in August
1988.07Sentenced to 10 years, served in Donetsk penal colony
1991.09Released early, worked in Ukraine's trade ministry
1995–2015Chernobyl liquidation work at Ukrinterenergo
Soviet Union
Soviet communism
1935–2024
○ Natural causes
Soviet physicist who linked fusion science, Chernobyl, and nuclear disarmament
Less than a month after absorbing radiation at Chernobyl, Velikhov chaired an international meeting on nuclear test-ban verification — turning disaster into a disarmament opening.
Soviet physicist who pioneered plasma physics for controlled fusion and MHD power. His 1959 thesis discovered magnetorotational instability, now foundational to astrophysics; in 1962 he identified electrothermal instability. He led the Soviet controlled-fusion program from 1973 and was Vice-President of the USSR Academy of Sciences (1978–1991), bridging the Kurchatov Institute and the Academy. During Chernobyl (1986) he served as Gorbachev's science advisor for reactor containment, then led science diplomacy for nuclear disarmament. After the Soviet collapse he sustained the Kurchatov Institute and became founding chairman of ITER, building the framework for joint US-Soviet-European-Japanese fusion research.
Career timeline
1958Graduated from Moscow State University, Physics
1961Joined the Kurchatov Institute of Atomic Energy
1971–1978Director, Magnetic Laboratory, Troitsk branch
1973–1991Scientific head, Soviet controlled-fusion program
1978–1991Vice-President, USSR Academy of Sciences
1986Science advisor to Gorbachev for Chernobyl cleanup
1989–1990Member, CPSU Central Committee
1989–2015Director → President → Honorary President, Kurchatov Institute
The Kurchatov chemist who led science at Chernobyl, then left the full truth on tapes before hanging himself
"I did not lie in Vienna… but I did not tell the full truth."
Valery Legasov was a Soviet inorganic chemist and first deputy director of the Kurchatov Institute of Atomic Energy, who arrived at the Chernobyl disaster site on the evening of 26 April 1986 as the scientific leader of the government commission. He proposed dropping boron and sand into the burning reactor, spent a total of 60 days on site, and later presented a five-hour report to the IAEA in Vienna that drew international attention but stopped short of revealing the RBMK reactor's full design flaws. On 27 April 1988, the day after the disaster's second anniversary, he hanged himself in his Moscow apartment; the audio tapes he recorded beforehand exposed the cover-ups and systemic failures of the Soviet nuclear establishment and became a primary source for historians.
Career timeline
1961–1964Engineer → shift supervisor, Siberian Chemical Combine (Tomsk-7)
1964–1972Researcher, Kurchatov Institute; Candidate of Chemical Sciences 1967, Doctor of Chemical Sciences 1972
1972–1983Deputy director for scientific work, Kurchatov Institute
1981Full member, USSR Academy of Sciences
1983–1988First deputy director, Kurchatov Institute; Chair of Radiochemistry, Moscow State University
1986–1988Member, government commission for Chernobyl accident liquidation
The chief engineer who refused to believe the reactor was destroyed and kept pumping water into its ruins
He smashed his glasses and cut his wrists with the shards, forcing the court to postpone his trial.
Nikolai Fomin was a Soviet nuclear engineer who joined the Chernobyl plant in 1972 and rose to chief engineer in 1981. Arriving at the plant shortly after the April 26, 1986 explosion, he refused to accept reports that the reactor was destroyed and ordered water to be pumped into the wreckage of Unit 4 for hours, while sending a subordinate on a reconnaissance mission that delivered a fatal radiation dose. Arrested after the disaster, he was sentenced to 10 years but was released early after a pre-trial suicide attempt and subsequent confinement in a psychiatric hospital; he later worked at the Kalinin Nuclear Power Plant before retiring.
Career timeline
1972Started at Chernobyl NPP
1981–1986Chief Engineer, Chernobyl NPP
1987Sentenced to 10 years; imprisoned
1988Transferred to psychiatric hospital; released early
Soviet Union
Soviet communism
1953–1986
○ Radiation exposure
Soviet nuclear engineer and Unit 4 shift supervisor who directed the response and died of radiation exposure
"I did everything correctly. I don't understand why it happened."
A Soviet nuclear engineer born in Novosibirsk, he graduated from the Moscow Power Engineering Institute in 1976, joined the Chernobyl nuclear power plant in September 1979 and became shift supervisor of Reactor Unit 4 on 10 July 1984. During the safety test on the night of 26 April 1986 he gave the order to shut down the reactor and the AZ-5 button was pressed at 01:23:39, though witness testimony differs on who physically pressed it. He remained at Unit 4 until about 8 a.m., calling the fire brigade and ambulance and having feedwater valves opened by hand, and absorbed a lethal dose of over 15 Gy. He died of acute radiation syndrome in Moscow Hospital No. 6 on 11 May 1986, aged 33, with some English-language sources recording 10 May; he was posthumously awarded the 3rd-degree Order For Courage in 2008.
Career timeline
1976Graduated from Moscow Power Engineering Institute (automation of heat and power processes)
1979–1984Chernobyl NPP: senior turbine management engineer, shift supervisor of the turbine hall
1984–1986Shift supervisor, Chernobyl Reactor Unit 4
1986.04.26Ordered AZ-5 shutdown during Unit 4 safety test; led on-site response for 8 hours after the explosion
2008Posthumously awarded the Order For Courage, 3rd degree, by the President of Ukraine
Soviet Union
Soviet communism
1960–1986
✕ Radiation exposure
The 25-year-old senior reactor control engineer who pressed the AZ-5 button at Chernobyl's Unit 4
While studying control-rod documentation, Toptunov told his friend Sasha Korol that 'in certain circumstances, the rods could accelerate rather than slow the reaction': three months later, that insight became reality under his own finger on the AZ-5 button.
Leonid Toptunov was the Senior Reactor Control Engineer (SIUR) at Chernobyl's Unit 4, a 25-year-old technician at the control panel during the night of the 26 April 1986 disaster. Only three months into independent duty and facing his first shutdown, he pressed the AZ-5 emergency shutdown button under pressure from deputy chief engineer Anatoly Dyatlov, but a design flaw in the RBMK control rods caused a reactivity surge that triggered the explosion; he returned to the control room afterward to manually open water supply valves, absorbing a lethal 1,300 rem before dying in a Moscow hospital on 14 May.
Career timeline
1960Born in Mykolaivka, Sumy Oblast, Ukrainian SSR
1983Graduated from Obninsk Institute for Nuclear Power Engineering
1983–1986Chernobyl Nuclear Power Plant: unit control engineer, then Senior Reactor Control Engineer (SIUR), Unit 4
1986.04.26Pressed AZ-5 scram button during Unit 4 safety test on night shift; received lethal radiation dose
1986.05.14Died of acute radiation syndrome at Moscow Hospital No. 6; buried at Mitinskoe Cemetery
Soviet Union
Soviet communism
1962–1986
✕ Acute radiation syndrome
The first firefighter at Chernobyl, who climbed onto the roof of Unit 3 without being told of the radioactive danger
'Everything turned out okay. We will live until we're a hundred'... from a letter to his wife, written from his Moscow hospital bed as radiation destroyed his body.
Volodymyr Pravyk was a Soviet firefighter and lieutenant in the MVD who commanded the Third Watch of Chernobyl Nuclear Power Plant's Fire Brigade No. 2 (ВПЧ-2). When Reactor 4 exploded on 26 April 1986, his unit was first to respond: within two minutes Pravyk was on the scene, and at 01:56 he led a team onto the roof of Unit 3 to prevent the fire from spreading to the still-operational reactor, working in fields later estimated at over 6,000 roentgens per hour. He received the highest confirmed radiation dose of any Chernobyl victim, 1,520 REM (nearly triple a lethal dose), and died of acute radiation syndrome in Moscow on 11 May 1986, never having been told of the radioactive danger.
Career timeline
1979–1982Graduated from Cherkasy Fire-Technical Academy
1982Commissioned as lieutenant in MVD Fire Service
1982–1986Commander of Third Watch, Militarized Fire Brigade No. 2 (ВПЧ-2), Chernobyl NPP
1986.04.26First responder to Chernobyl disaster; fought fires on Unit 3 roof
1986.05.11Died of acute radiation syndrome in Moscow