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.
Cold Fusion & LENR: From Nanogaps to Megawatts?
Cold fusion didn’t end in 1989, but can it scale from lab experiments to megawatts? Former Los Alamos nuclear chemist Dr. Edmund Storms believes the answer depends less on building a bigger reactor than on engineering…
Salvatore Pais: The Navy Patents & Breakthrough Physics
Salvatore Pais’s Navy patents pose an extraordinary engineering question: can carefully controlled electromagnetic systems do more than power motors, transmit signals, or confine plasma—could they change how matter…
Plasmavolt: The Engineering Promise of Vortex Plasma Fusion
Could a carefully organized plasma vortex make nuclear reactions easier to produce and sustain? That’s the engineering question behind the Plasmavolt, an unconventional reactor concept developed by Arie de Geus and…
UFO Orbs: Probes, Projections, or Something Else?
On July 12, 2022, an MQ-9 surveillance drone operating in the Middle East recorded an apparent silver orb crossing its camera’s field of view. The 24-second clip later appeared at a Senate hearing, where the Pentagon’s…
TR-3B Black Triangle UFO: The Engineering Behind the Mystery
For aerospace researcher Jarod Yates, the search for an engine that could explain the alleged TR-3B black triangle UFO led into the papers of fusion physicist Friedwardt Winterberg. Working with Tim Ventura and…
The EmDrive: Theory, Engineering & Applications
Roger Shawyer’s EmDrive poses a question with enormous consequences for spaceflight: could a spacecraft accelerate using electricity without ejecting propellant? In his presentation to the Alternative Propulsion…
Gravitational Field Propulsion Technologies: From Superconducting Coils to Warp Drives
Could a spacecraft move by engineering the gravitational environment around it? For researcher Gary Stephenson, answering that question starts with separating a collection of ideas into specific physical mechanisms,…
Can We Harness Zero-Point Energy? Inside Thorsten Ludwig’s Casimir Research
Can we turn the energy of empty space into electricity? For physicist Dr. Thorsten Ludwig, that question starts with a sphere just 200 micrometers across, a flexible cantilever, and a laser that reveals movements too…
Engineering the Quantum Vacuum: 47 Casimir Devices and Concepts
Can an interaction across an apparently empty gap become the working part of a machine? Casimir research has moved beyond measuring tiny attractions to controlling mechanical motion, assembling optical structures, and…
Eugene Podkletnov’s Four Experiments in Gravity Control
What began as a quality-control test for superconducting ceramics led Dr. Eugene Podkletnov into a series of experiments involving apparent weight loss, gold-coated rotating disks, high-voltage impulses, and coils that…