Quantum Kinetics Corporation (QKC) has set a new world record in fusion energy by achieving 200 million degrees Celsius plasma fusion temperatures for 24 hours. This breakthrough, tested in two peer-reviewed experiments, also successfully cracked Uranium isotopes (U-234/235/238), something previously thought impossible.
QKC’s modular reactor, which they call “Safe Nuclear Systems,” outperformed the previous record set by Korea’s KSTAR reactor, which reached 105 million degrees for just 48 seconds. QKC’s achievement marks a significant milestone in the clean and safe nuclear power race.
The economic impact of QKC’s groundbreaking discovery is enormous. A top executive from a major nuclear research company noted that QKC could quickly become a billion-dollar business by using its technology to treat stored nuclear wastewater at both old and active nuclear plants. The commercial potential of QKC’s isotope editing technology and its ability to produce vast amounts of clean energy is seen as transformative.
A University of Washington professor added that the real excitement lies in seeing how this technology performs on a larger scale, suggesting the possibility of major advancements in energy production and waste management.
QKC’s newly elected Vice President, Randal Bird, a retired business manager who observed the recent experiments at the national laboratory, commented, “This is truly extraordinary. In addition to thorium, lead, and tungsten forming from the process, we see other elements forming like boron, potassium, magnesium, gallium, and silicon. I’ve never seen anything like this before.”
Founder Riley Lee, a retired attorney and CPA, believes QKC’s technology has vast potential. Integrating with other systems could play a key role in solving some of the world’s biggest challenges. In a recent podcast, Inventor McKane Lee explained how the technology enables the safe treatment of used nuclear fuel (UNF) through a powerful transmutation process.
This process can break down dangerous radioactive elements like Uranium and Cesium, converting them into safer, more valuable forms. He proudly announced the promising future of “Safe Nuclear.”
According to Stanford University’s Doerr School of Sustainability, American taxpayers currently spend around $500 million annually on UNF storage. This cost will rise with the growing demand for electricity and electric vehicles. The International Atomic Energy Agency (IAEA) projects the global nuclear industry will need to double its energy output soon.
QKC’s innovative solutions to UNF remediation could dramatically reduce these costs, saving taxpayers billions and lowering the risk of radioactive contamination. Safe Nuclear offers a potential breakthrough in tackling the energy and environmental challenges ahead.
After demonstrating that extreme, sustainable temperatures are achievable with any water source, QKC is now focused on becoming a leader in applied quantum physics and commercial fusion energy. The company plans to build on its Safe Nuclear innovation, aiming to scale up and establish a new, transformative framework for clean energy production.