The recent revelation of Russia's nuclear-powered 'Skyfall' missile, officially known as Burevestnik, has sparked a new wave of concern and curiosity. This missile, powered by a small nuclear reactor, marks a significant development in the ongoing arms race, raising questions about its potential implications and the safety of its design. The MIT researchers' analysis sheds light on the missile's propulsion system, revealing a direct-cycle air-breathing nuclear propulsion system, which is both innovative and problematic. This system, while theoretically possible, presents a host of environmental and safety concerns, including the release of radioactive material and the risk to military personnel handling the missile. The article delves into the history of nuclear-powered aircraft and missiles, highlighting the U.S. and Soviet Union's experiments during the Cold War. It also explores the potential reasons behind Russia's development of Burevestnik, speculating that it might be a stepping stone to more advanced nuclear-powered systems or a result of internal pressure within the Russian nuclear industry. The piece concludes by emphasizing the missile's technical feasibility, despite its potential drawbacks, and the need for further analysis and discussion on its implications for global security and environmental safety.
