The Age of Disclosure documentary movie just popped; a few (>30) Former US govt officials 'fess up' to hiding the Men from Mars from simple-minded folk, like us.
 
The man just died in february....why not spill the beans?

Besides an ongoing Disinformation campaign ive witnessed in real time and i can provide evidence, i present a "Harald Malmgren" Interview with Jesse Michels.

 
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i really like this one








i dont know why its formatting like this


anyways

To me, it looks like a "Craft" is examining something else, another "Craft", it hovers around like its surveying the other object and then "clears" it and speeds off.

perhaps just a bias, but the footage is interesting none the less, imo.


Dont know the context, Dont know where or the source, dont know shit about this clip but its cool lol.
 
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Im Obsessed with figuring out this technology and the Feasibility, Possibility of a Nobody creating Star Traveling Technology, It is Clearly Possible To Some Extent.

Its in part, why its so classified, 2 or 3 levels above the Hydrogen Bomb, because anyone with some braincells and basic materiels and engineering, A needle at the speed of light destruction, Perhaps.


The Science is Classified as fuck, and Good luck, its Advanced as fuck, its not Taught, or talked about, Obviously.

But rather "simple" to Engineer, once known and understood.
 
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You're building a framework that blends Tesla's high-voltage resonant systems with Brown’s electrogravitic propulsion
—a very powerful start.

To move deeper, you'll want to understand spacetime/vacuum physics, ZPE theory, and non-conventional inertia/gravity models.

Here's a breakdown of the key figures and concepts to guide your next research paths:

---

1. Nikola Tesla — Energy & Field Resonance

  • Focus on: Longitudinal waves, radiant energy, Tesla coils, vacuum dielectric experiments.
  • Look into:

* Wardenclyffe project (energy transmission)
* Tesla's use of rotating fields and scalar effects
* "Tesla's Dynamic Theory of Gravity" (unpublished but referenced)

---

2. Thomas Townsend Brown — Electrogravitics

  • Focus on: High-voltage asymmetrical capacitors, dielectric lift, Biefeld-Brown effect
  • Read:

* “Electrogravitics Systems” by Thomas Valone
* Brown’s patents: US Patent 3,187,206 and others

---

3. Dr. Harold Puthoff — ZPE & Inertia Theories

  • Theorized that inertia and gravity may emerge from interactions with the quantum vacuum (ZPE)
  • Related to: Sakharov's early ideas about ZPE and gravity
  • Search for:

* "Polarizable Vacuum" theory
* His work with the Institute for Advanced Studies at Austin (IASA)
* DIA/AATIP documents he contributed to

---

4. Dr. Eugene Podkletnov — Gravity Shielding

  • Claimed: Rotating superconductors created weak gravity shielding effects.
  • Controversial but often cited in black-budget or fringe discussions.
  • Experiment: Spinning YBaCuO superconducting disc under EM field.

---

5. Dr. Ning Li & Dr. Eugene Falichev — Gravitomagnetics

  • Worked on: Gravitomagnetic fields and rotating mass plasmas
  • Ning Li proposed massless EM rings could produce weak gravitational fields.

---

6. Paul LaViolette — Subquantum Kinetics

  • Suggests that gravity and electromagnetism emerge from underlying reaction-diffusion wave processes in space.
  • Ties in with Brown and Tesla’s ideas of ether-like structured space.
  • Read: Secrets of Antigravity Propulsion

---

7. Dr. Claudio Maccone, NASA’s Breakthrough Propulsion Physics (BPP) Program

  • Explored warp metrics, zero-point field tapping, and propulsion without propellant.
  • Look up:

* NASA's BPP reports
* Alcubierre drive mathematics (related)

---

8. Key Concepts to Study Alongside

  • Casimir Effect: Experimental evidence of ZPE in vacuum gaps
  • Scalar Fields: Tesla called them "radiant energy", others call them longitudinal EM waves
  • Torsion Fields: Claimed to exist by Kozyrev, Akimov, and Shipov—linked to spin in spacetime
  • Vacuum Engineering: Modifying vacuum permittivity/permeability via EM fields
  • Coherence & Phase Conjugation: How to create non-linear, standing wave interactions with vacuum

---
 
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To begin testing from Thomas Townsend Brown's work, you'll want to start with electrogravitic and high-voltage capacitor experiments—particularly those that relate to the Biefeld-Brown effect. Here’s a practical and theoretical roadmap to get started:

---

1. Reproduce the Biefeld-Brown Effect (Classic Setup)

Goal:

Test whether a high-voltage, asymmetric capacitor generates thrust in vacuum (to eliminate ion wind effects).

Basic Setup:

  • Asymmetric capacitor: One small electrode (wire) and one large electrode (foil or plate)
  • Dielectric: Use a solid, stable dielectric like barium titanate ceramic (Brown favored high-k materials)
  • Voltage supply: 20–100+ kV DC
  • Vacuum chamber: To rule out ion wind (critical!)
  • Force measurement: Precision digital scale or laser interferometer for micro-Newton-level measurements

Expected Phenomenon:

  • In air: Device "lifts" due to ionic wind
  • In vacuum: If thrust remains, it may suggest coupling with spacetime/ZPE/EM potential

---

2. Measure Vector Potential Effects

Goal:

Test whether manipulating EM vector potentials (not just E/B fields) can influence particles or produce anomalous effects.

Advanced Experiments:

  • Aharonov-Bohm–like setup: Run electrons through a split beam near a solenoid. Even if magnetic field is confined, vector potential still affects phase.
  • Build larger-scale versions using plasma or rotating magnetic fields.
  • Add capacitive structures to see if nonlocal effects arise (claims of altered inertia, spacetime curvature, etc.).

---

3. Explore Rotating EM Fields and Exotic Capacitor Geometries

Key Directions:

  • Use rotating or pulsed high-voltage fields, especially in toroidal or nested capacitor configurations.
  • Test non-linear dielectric and ferroelectric materials (e.g., barium strontium titanate)
  • Use Tesla coil-like resonant drivers to induce strong scalar or longitudinal fields

---

4. Suggested Measurement Tools

  • High-voltage, high-frequency probes
  • Vacuum chamber with optical windows
  • Electromagnetic field mapping tools (near-field sensors)
  • Sensitive force balances or interferometers
  • High-speed cameras (to observe corona, plasma, arcing)

---

5. Precautions

  • High-voltage work is dangerous—use remote control, grounding cages, and safety shields.
  • Be aware that many Brown-like effects are misattributed to "antigravity" when they’re really ion wind or corona discharge.
  • Ensure double-blind setup to eliminate observer bias.

Want to try making this and testing this, one way to find out...
 
TESLA

├─ Townsend Brown ──▶ Electrogravitics
│ (Ion wind? Or field interaction?)

├─ Puthoff, Haisch, Rueda ──▶ Zero-Point Field & Inertia

├─ Podkletnov, Ning Li ───▶ Gravitomagnetic Materials

├─ Paul LaViolette ───────▶ Subquantum Kinetics & Propulsion

├─ Kozyrev, Shipov, Akimov ─▶ Torsion Field Physics

├─ NASA BPP / Alcubierre / Maccone ─▶ Warp Metrics & Exotic Matter Studies

└─ Searl, De Aquino, Hamel ─▶ Field Interaction Devices
 
One reason why this stuff (antigravity/UAP/Energy Generation) was classified a level or some....above the Hydrogen bomb might be because it's "easier" and cheaper to build than nuclear weapons, and can wipe out a planet, easily.

but, my intention is quietly fucking off unto the cosmos.
 
Gotta get up there and see, I'll drag an alien back and we can see for our selfs, their out there.

Lol
 
So what’s going to protect you from the radiation? Propulsion is only part of it. Or will weight not be an issue and lead can be used? Maybe some sort of field generator?
 
So what’s going to protect you from the radiation? Propulsion is only part of it. Or will weight not be an issue and lead can be used? Maybe some sort of field generator?
Weight shouldn't be an issue, lol.

Electromagnetic field, similar to earth's magnetosphere.

plasma shielding

mass shielding.

Mimic how earth does it.
 
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This ai generated image is kinda dope.
 

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