Russia's Kurchatov Institute to Receive 5.7 Billion Rubles in Fiscal Budget Support: Focusing on Controlled Thermonuclear Fusion and Advanced Plasma Technology R&D

The National Research Centre "Kurchatov Institute" will receive approximately 5.7 billion Rubles in dedicated funding support from the Russian federal budget during the period from 2027 to 2029. This fiscal allocation will be specifically used to advance key technology breakthroughs in Controlled Thermonuclear Fusion, as well as the R&D and experimental validation of innovative Plasma Technologies.

The above funding plan is explicitly stated in the draft explanatory document of the 2027—2029 federal budget bill published in the electronic database of the Russian State Duma. According to the proposed three-year budget preparation cycle, this dedicated R&D program will be allocated in an orderly manner on an annual basis: nearly 1.95 billion Rubles is planned to be invested in 2027, 1.87 billion Rubles is planned to be allocated in 2028, and 1.87 billion Rubles will continue to be allocated in 2029 to support scientific research breakthroughs.

As the core source of Russia's nuclear science and energy technology, the Kurchatov Institute undertakes the important tasks of magnetic confinement for fusion reactors, R&D of radiation-resistant structural materials, and the design of specialized plasma sources. Controlled thermonuclear fusion technology is widely recognized by the global scientific community as a strategic direction expected to fundamentally solve humanity's ultimate energy needs, while high-energy plasma physics and control technology also possess broad cross-disciplinary application value in microelectronic chip manufacturing, high-end material surface modification, radioactive medicine, and integrated energy systems.

As global competition intensifies for next-generation clean baseload energy, this three-year continuous fiscal investment will further consolidate Russia's independent R&D capabilities in cutting-edge physics and engineering fields such as tokamak operation and plasma confinement heating, and will deeply empower the fulfillment and advancement of related national big science projects and multinational thermonuclear research programs.