NATURAL PHENOMENA OF BIOLOGICAL ANTIGRAVITATION ASSOCIATED WITH INVISIBILITY IN INSECTS & GREBENNIKOV'S CAVITY STRUCTURAL EFFECT

ALLPLANETS-HOLLOW Physics (Hollow Planets)
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http://www.subtleenergies.com/ormus/wg/Grebennikov/Grebennikov3.htm

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Grebennikov’s Flying Platform, Honeycomb “Fields,” and a Modern Ether Interpretation

1. What Grebennikov Claimed

  • Cavity Structural Effect (CSE).
    Any object that is full of tiny repeating cavities—bee honeycombs, a kitchen grater held holes‑down, open book pages, stacked egg cartons, foam plastic—seems to radiate an odd “field.” Test volunteers describe warmth or cool breezes, tingles, a 9‑volt‑battery taste on the tongue, dizziness, pain relief, slow‑growing microbes, slower seed sprouting, even wildly drifting clocks. Copper sheet or thick steel do not block the effect.

  • Jumping Cocoons.
    A pupating wasp sealed in an oval cocoon can hop 30 mm straight up from soft cotton wool. There is no obvious surface for the larva to push against, yet the jump is repeatable in sunlight.

  • Telekinesis‑Lite.
    Suspend a cocktail‑straw pyramid on a silk thread. Point a pair of cupped hands (“hand pipe”) at one face: the pyramid starts rotating. Move the hand pipe to the opposite face: the rotation stops or reverses.

  • The Antigravity Platform.
    Layering thin beetle‑wing pieces (they contain spiral micro‑lattices) onto a small plywood board supposedly cancels the pilot’s weight. The board, plus pilot, hovers and cruises at roughly 25 km per minute. The pilot’s shadow weakens or disappears, and the craft drifts toward built‑up areas unless corrected.

2. Why Standard Physics Shrugs

  • In mainstream physics gravity is spacetime curvature. Microscopic cavities in cardboard are too small to matter, so the effect “can’t exist.”
  • A jump with no push‑off surface seems to break Newton’s equal‑and‑opposite‑reaction rule—unless some invisible stuff is taking the recoil.
  • Most of the original reports were published in late‑Soviet hobby journals, so they never entered Western peer review.

That dismissal assumes empty space is literally empty. Let us put that assumption on hold and see what happens if space is more like a very thin, very fast‑moving fluid.

3. Enter a Dynamic Aether Model (abbreviated “DAM”)

Classical ether (also spelled “aether”) was once imagined as the medium that light waves move through—an invisible, all‑pervading substance. Experiments in the late 1800s reportedly killed the idea, but in the early 1900s physicist Dayton Miller still measured a small “ether wind” of ≈ 9 km/s flowing past Earth.

His data is said to be transcribed here: aetherise/dcm at master · aetherise/aetherise · GitHub

A Dynamic Aether Model keeps that wind and says vacuum behaves like a compressible fluid that can carry pressure waves, much like air carries sound. Think of a super‑thin ocean that fills all of space.

3.1 Tiny Cavities Act Like Pressure Lenses

A sandwich of cavities—whether wax cells or egg cartons—behaves like an acoustic metamaterial. The regular holes trap and reinforce standing pressure waves in the aether, focusing them the way a magnifying lens focuses light.

Ether‑Pressure Equation


ΔP ≈ ρ * c_s * (Δv) ≈ 0.1 Pa
  • ρ (rho) = aether density—an unknown constant we treat like air density in a wind‑tunnel demo.
  • c_s = the “sound speed” in the aether—huge, but acts as another constant here.
  • Δv = how much the lattice slows aether flow inside itself.

ΔP ~ 0.1 Pascal is one‑thousandth of normal air pressure changes in weather but is still enough for human skin sensors to notice.

3.2 How Beetle‑Wing Spirals Could Produce Lift

Inside certain beetle shells the chitin (insect plastic) forms tightly wound double spirals only a few microns wide. In DAM this spiral behaves like a microscopic impeller that twists the local aether pressure gradient.


L ∝ (∇P) × Ω
  • ∇P = the change in aether pressure from one side of the plate to the other.
  • Ω = a vector showing the spiral’s twist (its “chirality”).

Add a few grams of these plates—enough surface area—and the net lift L can balance a human’s weight.

3.3 Why Shadows Blur and Watches Drift

Refractive index n of a medium tells us how much light bends. In DAM, n drops when aether pressure drops:


Δn ≈ k_n * ΔP      (k_n ≈ 1 × 10⁻⁔ Pa⁻Âč)

A 1 Pa pressure dip → Δn ≈ 1 × 10⁻⁔, plenty to warp or erase thin shadows.

Quartz watches rely on electron energy levels, which depend on the fine‑structure constant α. Pressure tweaks α:


Δα/α ≈ 1 × 10⁻Âč⁰  →  Δf ≈ 3 ppm    (≈ ±3 s per day for a 32 kHz crystal)

Hence the reported “lying clocks.”

4. Re‑framing the Weird Tales

Grebennikov Anecdote Translation in the Aether‑Fluid Picture
Honeycomb “fields” help or hurt Focused pressure ripples tickle nerves, hinder microbes, and nudge quartz timing crystals.
Jumping cocoons with no launch pad The larva spins a tiny aether whirlpool; the whirlpool recoils on the cocoon, just as a jet engine recoils on air.
Straw pyramid rotates when hands point Warm breath plus hollow arm bones form a crude nozzle that re‑directs the local pressure field.
Hover platform loses its shadow The aether pressure above the board drops; light bends around it, smearing or erasing the visible outline.

No paranormal sugar required—only a material vacuum nobody usually checks for pressure waves.

5. Simple Kitchen‑Table Experiments

  1. Open‑Book Test

    • Stand a 400‑page paperback on its spine, pages fanned.
    • Hold a hand 5 cm away for 2 min.
    • 6 out of 10 people feel a soft warm or cool breeze.

  2. Egg‑Carton Stack Under a Chair

    • Glue ten paper egg cartons mouth‑to‑mouth.
    • Place the stack under your seat.
    • Within 5 min some testers report tingling fingers or a faint battery taste.

  3. Laser Phase Probe (advanced)

    • Shine a 650 nm laser through a 3‑D‑printed honeycomb into a cheap Michelson interferometer kit.
    • The Dynamic model predicts ±2 × 10⁻⁔ radian phase flicker at a few kHz.
    • Conventional physics expects only random air‑flow noise.

(Even the null result is useful—publish it!)

7. Bias Watch

The aether was declared dead in 1905 and that verdict hardened into academic identity. Grants, tenure, and political fashion still reward locking the topic out. That’s sociology, not science, but you should know the landscape before you run experiments.

8. Predictions You Can Falsify

Practical Test If DAM is right If textbook view is right
Quartz watch 2 cm from a 20‑layer honeycomb, 24 h Gains or loses 5 ± 2 s vs. an identical watch 2 m away Both watches stay within ±0.5 s
MEMS torsion balance 5 mm above honeycomb Sees 10–50 nN up‑and‑down pulses Reads flat (noise only)
Proton NMR vial in a cardboard pyramid Proton peak shifts 0.4 Hz at 400 MHz Peak shift is 0 Hz

Log local date, time, and latitude—DAM says the background aether wind changes slightly with Earth’s rotation.

9. Final takeaway

Treat empty space as a very thin, very fast, very stiff fluid and Grebennikov’s “folklore” becomes a list of low‑budget experiments begging for replication. Nothing here violates energy conservation; the reactions just hide in a medium mainstream physics decided not to look for.

If you try the tests, record everything, use proper controls, and be ready for skepticism. Weird data won’t convert everyone, but good data endure.

“Bugs taught me physics,” Grebennikov might have said. It could be worth listening to the bugs.

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