Ron Milione on the Philadelphia Experiment
- October 31st, 2011
- Posted in Interviews
Dr. Ron Milione discusses a replication of the Philadelphia Experiment that he hopes will validate the original goal of the Philadelphia Experiment as described by author William Moore, as well as a past experiment claim by Dr. James Corum. In 1994, Corum described making a block of iron invisible to radar, demonstrating the feasibility of the Philadelphia Experiment. Milione, an expert in radar systems at BAE, hopes to achieve a similar result by making a model of the Eldridge invisible to X-band radar. Read more
Laser-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. 
Dr. Robert Baker, Jr. discusses a new design for an open cavity High-Frequency Gravitational Wave Detector in the GHz band, which consists of a high-quality-factor open microwave cavity and a Gaussian beam passing through a static magnetic field in free space. Essentially this effect is an inverse Gertsenshtein effect in which HFGWs are converted into electromagnetic (EM) waves when passing through a static magnetic field, which allows HFGWs to be used for both research and communications applications. 
Dr. Eugene Podkletnov discusses gravity shielding effects in rotating superconductors and recent experiments with a gravity impulse generator. Podkletnov achieved notoriety when publishing on gravity shielding in 1996, when pipe smoke rising in a column above a rotating superconductor became the precipitating event that led him into detailed investigation of the gravity shielding effect. He describes the experimental elements of his research and hypothesizes on a number of models that may explain his findings. 
Dr. Martin Tajmar discusses gravitomagnetism in a theoretical model for the coupling of gravitational and magnetic fields within superconductors. He proposes that gravitomagnetism is a gravitational analogue to Lenz’s Law where angular acceleration on a superconductor is countered by a twisting tidal force generated by the gravitomagnetic frame-dragging effect. Tajmar is hoping to explain experimental frame-dragging effects in superconductors orders to magnitude greater than predicted by relativity. 
Dr. Eugene Podkletnov discusses an experimental gravity impulse generator claimed to produce beams of gravitational force capable of warping metals and punching holes through concrete walls. The gravity impulse generator utilizes high voltage electrical discharges from a Marx generator applied to a stationary superconducting target to create what Podkletnov describes as gravitational waves in a coherent, non-diverging beam that Podkletnov indicates is capable of exerting tremendous force on anything in the beam path. 
Dr. Robert Bussard shares his vision for clean, affordable fusion power. The late Dr. Bussard was a founding member of America’s fusion research establishment, spent over 20 years developing the Polywell fusor, which he claimed to generate over 100,000 times the fusion power of Farnsworth’s original experiments. Polywell was awarded the “Outstanding Technology of the Year” for 2006 by the International Academy of Science, and though Bussard passed in 2007, his research team continues to develop the Polywell fusor. 
Professor Pharis Williams proposes a compact fusion reactor suitable for space travel. The design is aneutronic, making the fusion reactor safe, clean and small enough for a device the size of an air conditioner to provide power for centuries before running out of fuel. Williams’ fusion reactor design measures only 1 cubic meter in size but could produce 10 kilowatts of output from only 1/4 cubic meter of metal hydride fuel. Since the fusion reactor is aneutronic, it generates no radiation before, during, or after being operated. 
Dr. Robert Baker, Jr. presents a new concept for generating nuclear fusion through the application of focused High-Frequency Gravitational Waves in liquids, gases, and solids. Baker postulates that if the efficient generation of HFGW can be technically achieved, the proposed fusion reactor could become a clean, scalable energy solution based on technology that mimics the fundamental fusion processes observed inside stars. Baker developed this model with co-author Dr. Giorgio Fontana for the STAIF conference. 
Dr. Richard Obousy describes a novel approach to creating a warp drive based on modifying the local cosmological constant to facilitate an expansion/contraction of spacetime around a spacecraft to create an exotic form of field-effect propulsion. The proposal is analogous to the Alcubierre warp drive bubble, but differs entirely in the approach, utilizing the physics of higher dimensional quantum field theory instead of general relativity as Miguel Alcubierre had originally proposed in his theoretical warp drive model.