Russia’s ambitious plans to expand its scientific research infrastructure have encountered significant delays, reportedly due to international trade sanctions and budget constraints. These setbacks, announced by officials last month, impact three critical projects aimed at advancing research into molecular structures and materials. These projects include a new synchrotron light source, modernisation of an existing facility, and an expansion of a neutron research centre.
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Trade Sanctions and Economic Strain Hamper Progress
As per a report by Science.org, Deputy Minister of Science and Higher Education Denis Sekirinsky indicated that while the causes of delays vary, a major challenge stems from international trade sanctions linked to the war in Ukraine. The report highlights that these sanctions have disrupted the import of specialised equipment necessary for projects like the $900 million Siberian Ring Photon Source (SKIF). Originally set to begin preliminary operations in 2023, SKIF’s timeline has been extended to at least 2025, the report further adds. Engineers are now attempting to produce certain components domestically or secure them from countries such as China, which has not implemented sanctions on Russia.
Kurchatov Synchrotron Radiation Source Modernisation Stalled
The Kurchatov Synchrotron Radiation Source (KISI) in Moscow, originally scheduled to be upgraded by 2026, has also been delayed, with completion now estimated for 2028. This facility is Russia’s existing source of x-rays for molecular research and will be critical while SKIF remains under construction. However, ongoing budget constraints and equipment shortages could pose further challenges.
Neutron Research Centre Expansion Faces Budget and Trade Issues
The expansion of the International Centre for Neutron Research in Gatchina, which intended to increase the number of research stations from five to fourteen, has similarly been postponed. Estimated to cost $1.2 billion, this project is designed to enhance Russia’s capability to analyse materials using neutron beams.
While Andrey Rogachev, Director of the Landau Phystech School of Physics, states the importance of these facilities for Russia’s scientific progress, others, like independent researcher Sergey Vitebsky, remain sceptical about the feasibility of meeting the new deadlines. Vitebsky says that these delays highlight deeper challenges related to funding and the country’s strained wartime economy, casting doubt on the government’s ability to see these projects through in the near term.
State Duma’s Alexander Mazhuga, Deputy Chair of the Committee on Science and Higher Education, has expressed optimism, asserting that Russia remains committed to its scientific ambitions. However, repeated delays have raised questions about the realistic timelines for these “megaprojects,” some of which have faced multiple postponements since their initial announcement in 2018.
