Quantum Kinetics Corporation (QKC) has shattered the record for nuclear research by sustaining plasma fusion temperatures of 200 million degrees Celsius for 24 hours. This groundbreaking achievement surpasses the previous record set by the Korea Superconducting Tokamak Advanced Reactor (KSTAR) in April 2024.
During two successive experiments with radioactive wastewater, QKC successfully triggered plasma fusion and cracked Uranium-234/235/238, previously thought impossible. The company’s patented modular reactor achieved this feat, outperforming KSTAR’s mark by an order of magnitude greater than a fraction of a minute.
The monumental demonstration has placed QKC at the top of the S-curve in fusion research and sets the path forward for safe and clean nuclear power globally. Economically, this discovery is astonishing, with estimates suggesting QKC could become a billion-dollar company quickly.
Commercial applications of isotope editing and the potential to generate vast amounts of clean energy are staggering. The company’s innovative approach could solve some of the world’s greatest challenges, including the storage of used nuclear fuel.
According to Stanford University, American taxpayers pay $500M annually for nuclear fuel storage, which will increase exponentially with the advent of AI and electric vehicles. QKC offers a solution by dramatically reducing costs of UNF remediation, saving taxpayers billions while reducing risks of radioactive contamination.
QKC is now focusing on becoming the leader in applied quantum physics and commercial fusion deployment. The company plans to continue its Safe Nuclear innovation and establish frameworks for a radically new clean energy methodology.
As a leading nuclear research company, QKC holds six patents, numerous trademarks, and copyrights on safe nuclear devices. With ongoing research and collaborations, QKC aims to be the first publicly traded company with fusion-based energy technologies, revolutionizing the world’s energy landscape.
Source: https://www.accesswire.com/933410/new-world-record-in-nuclear-fusion-research