Lexington, Ky. — On November 12, 2024, Stan Clifford, the Owner and CEO of Vortex Publishing LLC, emphasized a fundamental tenet of physics: nothing can exceed the speed of light. This assertion is grounded in the Vortex Theory of Atomic Particles, a concept posited by the late Russell Moon, a theoretical nuclear physicist. According to Clifford, the intricacies of atomic structure define the limits of speed within the universe.
Clifford explained that the theory illustrates how the relationship between protons and electrons within atoms becomes critically minimized as matter approaches lightspeed. At lightspeed, this distance theoretically becomes zero, thereby reinforcing the idea that exceeding the speed of light is impossible. “IT SIMPLY IS IMPOSSIBLE!” he stated emphatically, stressing the implications for both theoretical and applied physics.
The Vortex Theory comes into focus as an intriguing point of study. Despite initial skepticism within the scientific community—largely due to Moon’s lack of a formal PhD in nuclear physics—Russian scientists recognized the validity of his work after a rigorous peer-review process. They ultimately awarded him a PhD from St. Petersburg University in Russia. Notable physicists in Russia later challenged Moon to resolve over 100 significant mysteries in physics, which he successfully accomplished.
Dr. Moon, credited with over three decades of research into the Vortex Theory, laid the groundwork for what Clifford describes as significant advancements in understanding the nature of time and speed in relation to atomic physics. He detailed his findings in a six-book series titled “The End of the Concept of Time,” which Clifford believes ought to be a critical read for NASA and quantum physicists alike.
As the scientific community grapples with advancements in theoretical physics, Clifford’s remarks may ignite renewed interest in the Vortex Theory. He calls for scientists to engage seriously with these pioneering ideas and to reconsider the established principles governing physical laws. “Unfortunately, the physics world did not listen to Russell Moon when he initially presented his findings, but it is time to reevaluate his contributions,” he added.
This recent assertion aligns with ongoing discourse in the realm of physics, especially amid contemporary discussions regarding potential advancements in warp drive technology. The intersection of these theories and cutting-edge research may shape future explorations into the realms of both space and time.
