Science and technology in Russia have developed rapidly since the Age of Enlightenment, when Peter the Great founded the Russian Academy of Sciences and Saint Petersburg State University and polymath Mikhail Lomonosov founded the Moscow State University, establishing a strong native tradition in learning and innovation.
In the 19th and 20th centuries, Russia produced many notable scientists, making important contributions in physics, astronomy, mathematics, computing, chemistry, biology, geology and geography. Russian inventors and engineers excelled in such areas as electrical engineering, shipbuilding, aerospace, weaponry, communications, IT, nuclear technology and space technology.
The crisis of the 1990s led to the drastic reduction of state support for science and technology, leading many Russian scientists and university graduates to move to Western Europe or the United States. In the 2000s, on the wave of a new economic boom, the situation has improved, and the Russian government launched a campaign aimed into modernisation and innovation with mixed success.
History
At the start of the 18th century the reforms of Peter the Great (founder of the Russian Academy of Sciences and Saint Petersburg State University) and the work of such champions as polymath Mikhail Lomonosov (the founder of Moscow State University) gave a great boost to the development of science and innovation in Russia.
Many famous Russian scientists and inventors were émigrés, like Igor Sikorsky, credited with the invention of the first helicopters, Vladimir Zworykin, often called the father of TV, chemist Ilya Prigogine, noted for his work on dissipative structures and complex systems (1977 Nobel Prize for Chemistry), economists Simon Kuznets (1971 Nobel Prize) and Wassily Leontief (1973 Nobel Prize), physicist Georgiy Gamov (an author of the Big Bang theory), engineer Alexander M. Poniatoff, who created the world's first rotary head recorder and social scientist Pitirim Sorokin who played an important role in development of sociology in the US. Many foreigners such as Leonhard Euler and Alfred Nobel worked in Russia for a long time.
Despite many technological achievements in the 19th and 20th centuries, since the time of Brezhnev stagnation Russia has lagged significantly behind the West in a number of technologies, especially those concerning energy conservation and consumer goods production. The crisis of the 1990s led to the drastic reduction of state support for science. Many Russian scientists and university graduates left Russia for Europe or United States; this migration is known as a "brain drain".
In the 2000s, on the wave of a new economic boom, the situation in the Russian science and technology has improved, and the government launched a campaign to encourage modernisation and innovation. Russian President Dmitry Medvedev formulated the top five priorities for the country's technological development: energy efficiency, IT (including both common products and the products combined with space technology), nuclear energy and pharmaceuticals. Some progress already has been achieved, with Russia's having nearly completed GLONASS, the only global satellite navigation system apart from American GPS, European Galileo and Chinese BeiDou, and Russia's being the only country constructing mobile nuclear plants.
In 2022, due to the Russo-Ukrainian War, tens of thousands of tech workers fled Russia causing a brain drain.Russian Tech Industry Faces ‘Brain Drain’ as Workers Flee, New York Times, April 13, 2022.As Russia sees tech brain drain, other nations hope to gain, Associated Press, March 31, 2022 In 2024, the website of the science journal Science reported that Russia has experienced a multi-year brain drain in the science profession and that salaries are falling in the Russian scientific community.News at a glance: Russian brain drain, Trump’s nominees, and a long-distance traveler goes extinct, website of the science journal Science. 21 Nov 2024 In addition, the Russo-Ukrainian War caused many international scientific agreements between Russia and Western countries to be ended, including those related to the utilization of scientific infrastructure.Has war in Ukraine isolated Russian science?, The London School of Economic and Political Science, May 29th, 2024. Russia ranked 60th in the Global Innovation Index in 2025, down from 45th in 2021.
Science and education
Physics
The Russian physics school began to develop after Lomonosov who proposed the law of conservation of matter preceding the energy conservation law. Early in the development of electrodynamics, Vasily Petrov discovered the electric arc effect in 1802 and Heinrich Lenz discovered the important law named in his honor. Nikolay Umov discovered a fundamental concept of the Umov–Poynting vector and was the first scientist to indicate an interrelation between mass and energy, proposing the formula as early as in 1873.Умов Н. А. Избранные сочинения. М. — Л., 1950. Alexander Popov was among the inventors of radio.
During the 20th century, Russian and Soviet scientists were among the world leaders in physics. Alexander Friedmann was the first scientist to propose an expanding universe model in 1922 which greatly influenced cosmology in the 20th century. Georgiy Gamov proposed the theory of the alpha decay of a nucleus via tunnelling (1928) and was an author of the Big Bang theory. Dmitri Ivanenko was the first to propose the proton-neutron model of atomic nuclei (1932) and nuclear shell model (1932).
Nikolay Bogolyubov suggested a triplet quark model, introducing a new quantum degree of freedom (later called as color charge) for quarksN. Bogolubov, B. Struminsky, A. Tavkhelidze. On composite models in the theory of elementary particles. JINR Preprint D-1968, Dubna 1965. and formulated a microscopic theory of superconductivity. Lev Landau made fundamental contributions to many areas of theoretical physics, and was awarded the Nobel Prize in Physics in 1962. Nikolai Basov and Alexander Prokhorov were co-inventors of lasers and masers, winning the Nobel Prize in Physics 1964. Igor Tamm, Andrei Sakharov and Lev Artsimovich developed the idea of tokamak for controlled nuclear fusion and created its first prototype, which finally led to the modern ITER project. Yevgeny Zavoisky discovered electron paramagnetic resonance, which plays an important role in studying chemical species. Zhores Alferov greatly contributed to the creation of modern heterostructure physics and electronics which find many applications in modern life: from CD and DVD players to fiber optic transceivers (Nobel Prize in Physics, 2000). In 2010 two Russian-born and educated physicists Konstantin Novoselov and Andre Geim were awarded with the Nobel Prize in Physics for their work in graphene, a material which may have important applications in electronics, aviation and medicine.
A number of achievements of Russian/Soviet scientists remained unknown to general public due to security considerations or bureaucratic obstacles. For example, the first design of magnetic resonance imaging was proposed by Vladislav Ivanov in 1960 but was not realized at that time.
Mathematics
In mathematics Nikolai Lobachevsky, a Copernicus of geometry, founded the non-Euclidean geometry playing an important role in modern physics. In the 19th century international recognition was also gained by such mathematicians as Mikhail Ostrogradsky and Sofia Kovalevskaya, the first major Russian female mathematician, responsible for important original contributions to analysis, differential equations and mechanics, and the first woman appointed to a full professorship in Northern Europe. Yevgraf Fyodorov was a founder of the modern structural crystallography (Fedorov group). After such prominent scientists as Chebyshev the Russian mathematical school became one of the most influential in the world and was represented by numerous figures greatly contributing to different fields of mathematics, physics and computing sciences. Chebyshev's students included Aleksandr Lyapunov who founded the modern stability theory (lately developed by such scientists as Aleksandr Andronov and Vladimir Arnold), and Andrey Markov who developed the theory of Markov chains, playing a central role in information sciences and modern applied mathematics.
At the beginning of the 20th century Nikolai Zhukovsky and Sergei Chaplygin were among founding fathers of the modern aero- and hydrodynamics and Vladimir Kotelnikov was a pioneer in information theory by independently proposing the fundamental sampling theorem. Andrei Kolmogorov, a leading mathematician of the 20th century, developed the foundation of the modern theory of probability and made other key contributions to broadest range of mathematical branches, such as turbulence, mathematical logic, topology, differential equations, set theory, automata theory, information theory, theory of algorithms, dynamical systems, stochastic processes, theory of integration, classical mechanics, mathematical linguistics, mathematical biology and applied sciences. Israel Gelfand is credited with many important discoveries in algebra, topology, mathematical physics and applied sciences. Sergei Sobolev developed the theory of Sobolev space which played an extremely important role in formation of modern mathematical views and introduced the notion of distributions generalizing ideas of Newton and Leibniz.
Such mathematicians as Lev Pontryagin, who made major contributions to topology and functional analysis and a founder of the modern optimal control theory, Andrey Tychonoff, who was the author of the "central theorem" of general topology, Pavel Alexandrov, a very important figure in topology of the 20th century, and many others made fundamental contributions to different fields of mathematics. Nine Soviet/Russian mathematicians were awarded with Fields Medal, a most prestigious award in mathematics. Recently Grigori Perelman was offered the first ever Clay Millennium Prize Problems award for his final proof of the Poincaré conjecture in 2002.
Astronomy
Chemistry
Lomonosov was the first Russian chemist, among others he was the founder of the science of glass. Dmitry Mendeleev invented the periodic table, that is the main framework of the modern chemistry, while Aleksandr Butlerov was one of the creators of the theory of chemical structure, playing a central role in organic chemistry. Vladimir Shukhov invented the first cracking method. Sergei Lebedev invented the first commercially viable and mass-produced type of synthetic rubber (polybutadiene synthetic rubber). Nikolay Semyonov made major contributions to explanation of the mechanism of chemical transformation (1956 Nobel Prize in Chemistry).
Biology
In biology Dmitry Ivanovsky discovered viruses (1892) and Nikolai Lunin discovered vitamins (1881). Ivan Pavlov is widely known for first describing the phenomenon of classical conditioning and using it for studying brain functions. Ilya Mechnikov was a pioneer in investigations of the immune system (1908, Nobel Prize in Medicine). Alexander A. Maximow introduced the notion of stem cells. Alexander Oparin was a founder of the modern theory of origin of life. Nikolai Koltsov, a founder of molecular biology, proposed the idea of the molecular mechanism of heredity as early as in 1927 stating that inherited traits would be inherited via a "giant hereditary molecule" which would be made up of "two mirror strands that would replicate in a semi-conservative fashion using each strand as a template". Alexey Olovnikov suggested telomere hypothesis of aging which greatly contributed to the theory of aging and later was awarded with Nobel Prize (not shared by Olovnikov).
Electrical engineering