APEC 9/28: Antigravitational Hydrogen, Art’s Parts & Gravity Control

Hong Du presents a practical method for producing antigravity based on rare antigravitational hydrogen atoms, Jarod Yates discusses the Art’s Parts UFO sample analysis, Sky Darmos presents on composition-dependent gravity and a new model for gravity control spacecraft, and Shiva Meucci discusses mainstream physics models, mistakes & misconceptions. We’ll also be hearing updates from our lab partners and finishing off the event with an open discussion by conference attendees!

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12:00pm PT – Hong Du – A Practical Method For Antigravity Within a GUT Framework

Dr. Hong Du’s presentation will introduce a practical method to physicochemically concentrated rare antigravitational hydrogen atoms. The method is motivated by the grand unified physics developed by me and is observed in the recent gravitational experiment on antihydrogen atoms published by CERN last September. A brief introduction to the grand unified physics will be given and it will be easily understandable to the general audience familiar with high school physics.

1:00pm PT – Jarod Yates – Art’s Parts & UFO Crash Recovery Materials

Mark Sokol & Jarod Yates have been doing continuing analysis on a verified sample of the “Art’s Parts” purported crash wreckage, and in this presentation, Jarod will provide updates on his research into the history of the material, past scientific claims of levitation in the 5 Terahertz regime, the Bismuth/Magnesium layering, possible quasicrystal composition, and upcoming tests. Mark and Jarod recently performed visual analysis using a metallurgical microscope, SEM analysis at a nearby lab, and are researching Raman spectroscopy options as well.

2:00pm PT – Sky Darmos – Composition-Dependent Gravity & Gravity-Control Spacecraft

Sky is researching quantum gravity, and will describe a detailed analysis of Cavendish experimental results dating back decades that he says support the idea that gravity is related to baryon number. He suggests that if we inflate the mass but do not increase the number of particles, then we can make a spacecraft or aircraft freefall slower. It will be subject to less gravitational acceleration. When used in orbit, the spaceship would fall around the planet slower than the people inside, and so the people inside would be able to stand on the floor of said spaceship. The spaceship and the people would essentially have different orbits.

3:00pm PT – Shiva Meucci – Mainstream Physics: Models, Mistakes & Misconceptions

Is there an aether? Does it behave like a superfluid? Do torsion fields or gravitational frame-dragging subtle indicators of vortex mechanics in the fabric of spacetime, and can that be leveraged for advanced propulsion? For nearly a century, Relativity and Quantum Mechanics have dominated physics and led to impressive scientific discoveries and remarkable new technologies, but its always wise to question their limitations in the hopes that reinterpretation may open new avenues for scientific advancement”

4:00pm PT – Lab Partners – Experimental Research Updates

Learn about hands-on engineering & technical research on advanced propulsion experiments by our lab partners. Mark Sokol & the Falcon Space team will describe recent work on NMR / EPR gravity-modification experiments, Jarod Yates & Charles Crawford will provide updates on the Graviflyer, Curtis Horn will provide updates on the MEGA-Drive, and other labs may shares updates as well during this time.

5:00pm PT – Open Discussion & Ad-Hoc Presentations

Conference guests interested in presenting experimental info to the group are invited to participate at this time, and our presenters will be available to take questions & discuss experiments.