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.
Viktor Schauberger’s Repulsine: Exploring a Lost Propulsion Mystery
Denny Okudinani’s presentation on Viktor Schauberger’s Repulsine offers a unique invitation to look again, build again, and give one of the most mysterious machines in alternative propulsion the patient, hands-on…
Todd Desiato’s Operational Quantum Gravity For Engineers
Todd Desiato isn't asking you to abandon Einstein - just to imagine that the familiar bending of clocks and rulers may be the visible face of a deeper material process: matter settling into a different equilibrium with…
The Tic Tac UAP and the Ocean Probe Hypothesis
In November 2004, Navy pilots from the USS Nimitz encountered a small white “Tic Tac” above a patch of disturbed Pacific water—an object described as wingless, rotorless, cockpitless, and radically unlike a conventional…
The Case for the Sphere: Design Advantages of Ball-Shaped UAP
A featureless gray metallic ball doesn't seem like an especially interesting UFO shape: no wings, no cockpit, no visible engines, no nose, no tail, no cinematic saucer rim. But that simplicity may be exactly what makes…
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…