Posts Tagged ‘Theoretical Physics’

John Dering on the Philadelphia Experiment

John Dering on the Philadelphia ExperimentLaser-physicist John Dering discusses Einstein’s Unified Field Theory and its applications in the Philadelphia Experiment, Nazi-Bell, and Rhine Valley experiments during World War II. He speculates that the Philadelphia Experiment may have started out with the goal of naval radar stealth and inadvertently led to non-linear anomalous field effects. He also describes a Nazi secret weapons project in the Rhine Valley and electronic warfare experiments that may be one source of “foo fighter” reports by Allied pilots in 1944. Read more

Richard Gauthier on Superluminal Physics

Richard Gauthier on Superluminal PhysicsDr. Richard Gauthier describes a new model of physics incorporating superluminal motion as an explanation for the “zitterbewegung” or “jitter” in the electron. His model is based on a relatively simple mathematical description of the electron quantum’s trajectory, which suggests that the superluminal/subluminal quantum concept for the electron and the superluminal quantum model for the photon may provide a useful model of physics as well as offer explanations for previously unexplained experimental evidence. Read more

John Dering on Unified Field Theory

John Dering on Unified Field TheoryLaser-physicist John Dering discusses engineering applications of Albert Einstein’s Unified Field Theory. While Einstein never completed the theory, Dering believes that the Unified Field Theory was refined enough to identify methods by which electromagnetism could be used to manipulate the time-space manifold as a result of Einstein’s metric torsion tensor. Dering further describes Gabriel Kron’s use of the Unified Field Theory in 30′s-era research to eliminate UFT effects from distributed electrical systems. Read more

Lisa Randall on M-Theory

Dr. Lisa Randall on M-TheoryDr. Lisa Randall is a leading scientific authority on M-theory, an incredibly powerful model of theoretical physics that offers solutions to problems that are off-limits to conventional physics. The core idea is that the there are 11 dimensions in the universe, contained on different membranes. Billions of years ago, two of those membranes collided in space, and the overlap between them became the big bang. M-theory offers big answers to questions about how our universe began, but that’s not what I wanted to speak with her about. Read more

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