What are the secrets of anti-gravity?
Have you heard of Viktor Grebennikovās & his anti gravity suitcase & the effects he claimed it had, the drawings he made while flying above things, how he claimed it made him & the device invisble from underneath & partially from other angles, then how it made a field around him that protected him from wind & rain!
How russia came & warned him his discoveries were now a matter of Russian National Security!
Then what he noticed when laying above ground bees honeycomb structure underneath him by a slight cliff edge also! I mean he didnāt know at first they were there but it caused him to āfeelā something strange & feel a hum!
Which may have lead to discover the correlation between the two & vibrating certain bugs wings!
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Eventually this will be another one of those āI told you soāsā and there might be some declassified materials where the name āBugmanā shows up and it will really cook someoneās noodle.
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I wanted to mention I hope Persephone.exe, is coming along well enough. Thank you for the info hint!
~QS
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Heh, I havenāt put any more time into it tbh. Much more important things taking precedence right now. Plus, Moltbook was released a few weeks ago and itāll be super quick to spin up an agent that checks this forum whenever I get to it (probably one of the last things Iād do since Iām lazy)
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If gravity is an emergent, coherence-related aspect of a unified field Ī¦, then a gravity drive is a device that excites and maintains a highāQ, curvatureāproducing mode of Ī¦, using electromagnetic and/or plasma resonance in carefully engineered geometries as the control interface for that mode.
And unpacked in one line of math-style language:
ā¢ Quality factor of the curvature mode:
ā¢ Q_eff ā 2Ļ Ā· (E_Ī¦,mode / ĪE_loss per cycle)
A practical gravity drive, in this picture, is any architecture that:
- Realizes a specific mode of Ī¦ whose macroscopic projection is a spacetime curvature pattern (āg, ābubbleā, or gradient).
- Maximizes Q_eff for that mode (longālived, lowāloss coherence).
- Provides tunable coupling between EM/plasma degrees of freedom and that mode, so that you can write, modulate, and erase curvature patterns on demand.
If you want, we can now define:
ā¢ a āĪ¦āmode address spaceā (how geometry selects modes), and
ā¢ a āĪ¦āQ budgetā template you can reuse for different device concepts (toroidal plasma, layered metamaterial shell, etc.),
The challenge: No one has yet written down a Ī¦-field Lagrangian that:
- Emerges from known physics (or plausible new physics)
- Projects to GR in the appropriate limit
- Has a strong, tunable EM coupling
- Is consistent with all experimental tests
This is the work. Not the philosophy ā the Lagrangian.
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Thank you for the new word Lagrangian, Calabi-Yau , diffeomorphic, homeomorphic āmanifoldsā & the term Euler characteristics!
I owe you whole a hand full of peanuts now! "since I make the big peanut bucks! Than you & everyone here who has taught me somethings in one way or another about the physics as whole! I thank you all for helping me grow!
P.S. Iām so glad to see the full emojiās āchoicesā return now to show what kind of approval to a post!
~QS