Behind Iranian Missile Speed: The Role of Modern Nuclear Technology
Current geopolitical and military developments underscore the critical role nuclear technology plays in determining a nation’s strategic power. Iranian missile capabilities, which demonstrate exceptional speed and destructive force, exemplify how modern nuclear technology has evolved dramatically over recent decades.
Iran has not developed its military technology in isolation. The nation has learned extensively from and cooperated with countries possessing strong traditions in nuclear and military technology development, notably Russia and China. Before recent geopolitical conflicts, approximately 80 Russian nuclear technicians were reported to be working in Iran, transferring knowledge and expertise in modern nuclear technology.
According to nuclear analyst Rahmat Sorialam Harahap, contemporary nuclear technology development now encompasses two principal schools or technological approaches. The first is the uranium school, representing traditional nuclear technology used since the early nuclear era and forming the foundation of numerous reactors and nuclear weapons developed by major powers including the United States.
The second is the thorium school, considered a more modern nuclear technology approach. Thorium possesses substantially greater energy potential than uranium. Theoretically, one kilogramme of thorium can generate energy equivalent to approximately two hundred kilogrammes of uranium, making thorium particularly attractive for next-generation nuclear technology development.
These technological distinctions significantly influence the direction of nuclear technology modernisation globally. The United States continues extensive uranium use, partly because of its vast uranium reserves. Conversely, Russia has begun exploring thorium applications across various advanced nuclear technology sectors, with China subsequently adopting this trajectory and aggressively developing its nuclear capabilities, in some aspects adapting or emulating Russian technological approaches. Nations including Iran and North Korea have allegedly followed this technological development path.
Given Iranian missile performance reports claiming hypersonic speeds reaching approximately Mach 10, analysis suggests that thorium-based nuclear technology may enable such capabilities. In this scenario, thorium functions not merely as an energy source but potentially as part of fuel or warhead systems. With such vast energy potential, weapons systems theoretically possess power far exceeding conventional systems, conferring substantial strategic effects within global military balance.
This development demonstrates that nuclear technology competition occurs not only in civilian energy sectors but also in military and defence domains. Nations mastering next-generation nuclear technology potentially possess capacity to reshape global strategic power distribution relatively quickly.