Join me for a livestream tomorrow where I’ll be discussing my research on Inertial Mass Reduction Technology, particularly focusing on how objects with dipole magnetic fields behave when they fall aligned with their north to south poles.
Over the past several months, I’ve been conducting free-fall experiments using neodymium magnets, taking inspiration from the free-fall tests carried out by Lockheed Senior Scientist Boyd Bushman.
My findings indicate that magnets falling in alignment with their north to south poles experience acceleration rates exceeding that of gravity—an effect not observed in other configurations or with non-magnetic control objects.
During the presentation, I’ll share detailed line charts that include standard deviations and error bars for the various free-fall trials I’ve conducted.
I believe that the increased acceleration rates may stem from inertial mass reduction linked to the specific magnetic fields involved.
Additionally, it’s intriguing to consider that UFOs and UAPs may utilize solenoid coils, which also feature north and south poles, in their designs, similar to the “Alien Reproduction Vehicle” described by witnesses Brad Sorenson and Leonardo Sanderson in 1988, as well as by Mark McCandlish and Gordon Novel.
I suspect such magnetic fields could not only facilitate inertial mass reduction but potentially enable faster-than-light travel as well.
Don’t miss the livestream on YouTube here:
https://www.youtube.com/watch?v=mmG7RcATdCw
I’m excited to share my findings with you tomorrow!
This sounds like a fascinating presentation! The concept of inertial mass reduction through magnetic fields is both intriguing and cutting-edge. I’m especially interested in the results of your free-fall experiments and how they compare to traditional physics. The connection you’re drawing between your findings and the technologies reportedly used by UFOs is thought-provoking, and it raises many questions about the potential applications of your research. I look forward to tuning into the livestream and seeing the data you’ve gathered! Good luck with your presentation!