In 1992 Dr. Eugene Podkletnov stimulated a 30.4cm YBaCuO superconducting disk at 3 megahertz. The experiment produced a gravitational anomaly that attracted world wide attention. Martin Tajmar performed similar experiments for the European space agency and got similar results.

NASA’s Marshall Space Center followed with some experiments of their own. Znidarsic was invited to NASA by Whitt Brantley and David Noever to watch these experiments first hand. To his surprise the same velocity emerged; 1/3 meter times 3 megahertz equals One million meters per second.

Znidarsic concluded that this must be the velocity of light inside the medium. The velocity of light is normally c. However, it goes slower (.9c) in a medium like glass. Inside of a superconductor or Bose condensate it can go even slower. Recent experiments with Bose condensates have slowed the velocity of light to nearly a stop! Znidarsic believed that this velocity was also that of the of quantum transition. Normally quantum transition is described by the stationary quantum state. These stationary quantum states have an amount of angular momentum described by n times Planck’s constant. This understanding of these stationary quantum states is the basis of our fundamental understanding of the universe. It underlies chemistry which in-turn underlies biology.

Frank Znidarsic believed that the velocity exhibited in these new experiments was also that of the transitional quantum state and wrote this paper to prove it. This is the transmittal quantum state now revealed.

Part 1 | Part 2 | Part 3 | Part 4