About this Video

• Video Title: SILENCED about antigravity research report part II
• Channel: Tech Valley Science Centre
• Speakers: The transcript doesn't explicitly name the speaker, but it's implied to be a single person.
• Duration: 25:00

Introduction

This video is a follow-up to a previous video on anti-gravity research. The speaker discusses new findings, a patent application stemming from the research, and challenges faced during experimentation, including unexpected results in a vacuum chamber and issues with high voltage affecting measurements.

Key Takeaways

• The speaker's initial anti-gravity research led to a patent application.
• Further research revealed unexpected results when testing in a vacuum; thrust increased rather than decreased.
• Experiments using different dielectrics in an asymmetric capacitor showed a correlation between the dielectric constant (K) and the force generated. Higher K materials (like Rochelle salt crystals) significantly increased capacitance and thrust, but introduced complications like Zener diode effects.
• The speaker discusses challenges with high voltage impacting measurements and the need for more research.
• The speaker also mentions ongoing research into plasma thrusters and a novel nuclear fusion reactor design.

Based on the transcript, the speaker built the following:

• A very large non-conductive vacuum chamber: This chamber had a clear window for filming, force-measuring gear, bulkhead connectors for sensors, and the capacity for high voltage experiments.
• Several lifters: These were initially constructed with balsa wood frames, later replaced with plastic straws after the balsa wood was repeatedly destroyed by plasma arcs in the vacuum chamber.
• An experimental capacitor: This capacitor allowed for easy swapping of dielectrics to measure the K value of different materials.

The speaker also mentions ongoing work to develop a solid-state gravity detector and a new plasma thruster for spacecraft, along with a nuclear fusion reactor design. However, these are described as projects in progress, rather than completed builds.