View the latest stories in breakthrough propulsion and gravity research—from electrogravitics and inertial drives to superconductors, DNP/Alzofon, UAP detection, warp metrics, and energy generation. Each section collects explainers, interviews, lab notes, replications, and critical reviews to help builders turn bold ideas into testable hardware.
Spin, Gravity, and Mythology: Why Antigravity Keeps Going in Circles
Across the long history of legends about antigravity and breakthrough propulsion, spin appears with uncanny persistence—not merely as an engineering choice, but as a symbol of hidden order, stored force, and rebellion…
NASA’s Spin-Coupled Force Experiments
On a precision scale inside NASA Marshall’s Propulsion Research Laboratory, a small rotor of bismuth spun between magnetic assemblies while Richard H. Eskridge—a veteran Marshall propulsion engineer whose career had…
The Pope-Osborne Angular Momentum Synthesis Theory (POAMS)
The Pope-Osborne Angular Momentum Synthesis Theory (POAMS) explains gravitational and electrostatic behavior through angular momentum rather than through invisible field forces. Developed by Anthony D. Osborne and N.…
The VEM Drive: AI Modeling & Replication Experiments
Dr. David Pares describes the Variable Electromagnetic Drive as an experiment born from thunderstorms, fractal antennas, crossed electromagnetic fields, and a quest for propulsion based on natural phenomena. In his…
The Llanilar UFO Crash & Material Sample
When Jarod Yates and Orestis Lazanakis brought the Llanilar case to APEC, they weren't merely revisiting a Welsh UFO legend; they were reviewing a rare physical sample—a honeycombed fragment from a January 1983 debris…
The Dineutron Engine: Energy and Propulsion from the Quantum Vacuum
The dineutron engine would be powerful, but it would not have a mighty roar. It would not glow like a reactor core, spit exhaust like a rocket, or hum like a turbine. It would hide inside the nucleus of an atom, where…
Gravity as Nuclear Polarization? The Ionescu-Alzofon Propulsion Hypothesis
What if gravity is an emergent nuclear polarization effect rather than a fundamental force? If Dr. Lucian Ionescu's interpretation is correct, Alzofon’s controversial propulsion claims would look less like something out…
The Vacuum Propeller: The Pendulum Test That Challenges Known Physics
The phrase sounds impossible before the experiment even begins: a propeller for the vacuum. A propeller is a bargain with matter; it pushes air, water, plasma, anything with enough substance to push back. The vacuum is…
Gravitational-Wave Communication on a Chip
Gary Stephenson wants to test whether superconducting Josephson junctions etched onto a wafer can make gravitational waves carry signals where radio cannot: through rock, seawater, underground spaces, and other places…
Heim Theory: Geometry, Propulsion, and the Physics Beyond Rockets
Heim Theory has spent decades at the edge of science—not because it lacked ambition, but because it asked for almost too much at once. Burkhard Heim wanted to move beyond the rocket equation, derive particle masses from…