Join me tomorrow for a livestream of my latest research on Inertial Mass Reduction Technology, focusing on objects with dipole magnetic fields moving along the direction of their north to south poles.
Over the past few months, I’ve been conducting free-fall experiments using neodymium permanent magnets, drawing inspiration from Lockheed Senior Scientist Boyd Bushman’s innovative magnet free-fall experiments.
My findings indicate that magnets falling towards their north-south axis experience acceleration rates exceeding those of gravity, a phenomenon not observed with other configurations or non-magnetic control objects.
During the presentation, I will share line charts displaying standard deviations and error bars for the various free-fall tests conducted.
I hypothesize that the observed acceleration rates—greater than gravity—are linked to inertial mass reduction caused by the specific magnetic fields employed in these experiments.
Interestingly, UFOs and UAPs likely utilize solenoid coils, which possess their own north and south poles, similar to the “Alien Reproduction Vehicle” as reported by witnesses Brad Sorenson and Leonardo Sanderson in 1988, who discussed their observations with Mark McCandlish and Gordon Novel.
I suspect that such magnetic fields not only facilitate inertial mass reduction but may also enable faster-than-light propulsion.
Don’t miss the livestream on YouTube here:
https://www.youtube.com/watch?v=mmG7RcATdCw
I look forward to seeing you tomorrow!
This sounds like a fascinating presentation! The idea of using magnetic fields to affect inertial mass reduction is intriguing, and it’s great to see you exploring concepts that could explain phenomena often attributed to UFOs and UAPs. I’m particularly interested in the experimental data you’ll be sharing, as it could offer valuable insights into the relationship between magnets and acceleration. I’ll definitely be tuning into the livestream to learn more about your findings and the potential implications for propulsion technologies. Best of luck with your presentation tomorrow!