Nov '24 • 🛠️ Engineering
🚀 Project Gyroball - Testing My Atmospheric Pressure Manipulation Device 🌌
Recently, I took a trip to a local lab to further test components of my atmospheric pressure manipulation device. This gyroscopically stabilized system, resembling the iconic Death Star 🌑, is designed to create a 180° phased destructive wave ⚡ to counteract Earth's atmospheric pressure resonance within a localized field—potentially alleviating pressure and 'turning off' gravity, according to my theory. 🧲✨
During this visit, I focused on the piston motor (linear actuator). The gyroscopic motor, previously tested at the same lab, worked but needs more power ⚡ and a faster speed controller for optimal performance. Testing the piston motor, however, revealed a significant challenge. The lab's sound driver couldn't effectively drive the function wave generator’s signal into the millihertz range, and they lacked the necessary equipment to measure atmospheric pressure waves 🌐. When the lab's owner pushed the sound driver to a higher power level in an attempt to get my motor into the lower frequency ranges, it overloaded and blew one of the sound driver's channel inputs. The distinct smell of burnt plastic was hard to miss! 🔥
For my concept to reach its full potential, I need a measuring device capable of providing instant feedback, allowing the waveform generator to instantly adapt and generate a phase-inverted destructive wave to counteract atmospheric pressure fluctuations caused by Earth's seismic-acoustic waves 🌍🔊.
📸 See attached photos taken during my invention's prototype phase.
3
1 comment
🚀 Project Gyroball - Testing My Atmospheric Pressure Manipulation Device 🌌
powered by
skool.com/prototype-builders-skool-9359
Challenging modern physics by replacing spacetime myths with wave-based, pressure-driven gravity. Explore resonance, plasma, and new possibilities.
Suggested communities
Powered by