UAP Physics, Propulsion, and Energy
This is an active scientific investigation into the physics behind UAP propulsion systems. We are running real physics simulations — writing code, solving equations, and testing hypotheses — to understand whether the propulsion mechanisms described by UAP whistleblowers and researchers can be grounded in physics that can be measured, modeled, and built.
The central question: Can we design and simulate a craft that achieves lift using electromagnetic or magnetic mechanisms, without combustion, without aerodynamic surfaces, and without conventional propellant?
We approach this as an engineering problem, not a philosophical one. Each approach we investigate is taken from documented UAP research, whistleblower testimony, declassified patents, or independent laboratory results. We build a physics model, write simulation code, run it, and document everything we find — including when the results contradict our expectations.
How the Investigation Works
We organize the work into approaches — distinct physics hypotheses about how UAP propulsion might work. Within each approach, we run multiple alternatives (design variations we simulate and test). Progress is tracked day by day. All findings are documented, and the models are updated as new evidence comes in.
We do not claim any approach is proven. We claim that each approach is worth investigating — and that the results, whether positive or negative, are informative.
The investigation is ongoing. Day 4 of work has been completed. Day 5 is in progress.
Propulsion Approaches Under Investigation
Rotating Magnetic Field Propulsion
The leading approach under active simulation. Uses rotating and pulsed electromagnetic fields to generate force on ferromagnetic elements. Directly related to the BUGA orb-sphere device, Dr. Horace Drew's rotating magnet research, Ning Li's gravitomagnetic amplification work, and the Podkletnov rotating superconductor effect.
Three design alternatives have been investigated:
- A rotating permanent magnet array above a ferromagnetic plate (Kelvin gradient force)
- An asymmetric high-voltage conductor above a ground plane (Buhler electrostatic thrust)
- A three-phase rotating electromagnetic field above a toroidal iron element (BUGA architecture)
Approaches on the Horizon
Additional propulsion physics approaches will be added as the investigation expands:
- Woodward Mach Effect transient mass fluctuation drive — Capacitor charged and discharged at high frequency while under acceleration; transient mass fluctuation produces net linear impulse. Scheduled for Day 6+.
- Electrodynamic suspension (EDS) eddy current repulsion — Time-varying magnetic field induces eddy currents in a conducting surface; the eddy currents produce repulsion. Pending ElmerFEM installation.
- High-frequency microwave / RF electromagnetic momentum drive — EM momentum force scales as f². At 3.4 GHz the force reaches the millinewton range. Path to miniaturized microwave propulsion.
- Cernohajev 32-solenoid spherical array — Documented device parameters (B = 16.65 T, I = 1,650 A, 32 solenoids). Simulation target for Day 6+.
What the Investigation Has Established So Far
Confirmed results (Days 1–4):
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The Buhler electrostatic thrust is real and reproducible in simulation. At 10 kV and 10 cm radius, a hemisphere-on-ground-plane geometry produces 9.5 mN upward force in vacuum. It scales as V². A 30-degree cone shape is 3.1× more efficient.
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The BUGA three-phase rotating field produces a Kelvin body force of 1.91 N at 1 amp on a soft iron toroid. The lift threshold for a 0.5 kg device is 1.6 A. The force is large — 1,479× the analytical estimate — due to proximity (the coil is only 1 cm above the toroid surface).
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Both confirmed forces are internal forces: the reaction force on the coil assembly exactly cancels the force on the ferrite/conductor element. Net external force = 0 in both cases. Newton's third law holds.
The core barrier, clearly stated:
In a closed electromagnetic system, net linear momentum cannot be generated without expelling mass or radiation. Every classical electromagnetic mechanism investigated so far obeys this. The question is whether there exists a coupling to an external reference — gravitational field, quantum vacuum, electromagnetic radiation pressure — that breaks this symmetry without an obvious exhaust product.
The open question (Day 5 target):
The spinning rotor in the BUGA device may provide this coupling. If the rotor absorbs angular momentum from the rotating field and releases it through an asymmetric process (gyroscopic precession in Earth's gravitational field, or gravitomagnetic coupling to the vacuum), a net linear force could result. Even 1% coupling efficiency would produce 76 mN of thrust at 2 A — measurable.
About This Investigation
This work is a companion to the UAP Physics Murders investigation, which documents the scientists, whistleblowers, and researchers killed or silenced for their work in this field. The physics investigation here attempts to understand what they were working on — and whether the science holds up under rigorous simulation.
All simulation code, physics derivations, and engineering analyses are documented in full. Nothing is summarized away or hidden. The goal is a complete, reproducible record that any physicist or engineer can verify and build on.
Related investigations:
- UAPs Murders (General) — researchers and military insiders killed for what they knew about UAP programs
- UAP Energy Systems Murders — inventors and physicists killed for energy technology breakthroughs
- UAP Physics Murders (Investigation) — classified physics theses behind UAP propulsion, and those who died investigating them
This investigation is ongoing. Results are updated as simulations complete.