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.
The GEM Effect: New Evidence for Electromagnetic Gravity Modification?
Dr. John Brandenburg reports that an electromagnetic device—a roughly 170‑gram coil taken from a miniature electric motor and driven with Tesla-style three‑phase AC—shows an apparent drop in weight of about 0.15 grams…
Mars In 30 Days? Rosatom’s New Plasma Drive Could Make It Possible
In a vacuum chamber on Earth, a bright pulse of plasma can look like a science exhibit. In space, that same controlled violence could become a new kind of highway: a steady, efficient push that keeps working long after…
Warp Drives and the Multiverse
For most of human history, “going farther” has meant going faster—first with sails, then with steam, then with engines that burn and roar. In Daniel Davis’s lecture on warp drives and the multiverse, that familiar story…
Warp-Assisted Hypersonics: Engineering the Shock Layer
At the edge of the atmosphere’s ordinary rules, air stops behaving like air. Molecules tear apart, electrons slip free, and a hypersonic vehicle acquires a luminous boundary layer that can swallow radio signals and…
The One-G Standard for Human Spaceflight
A One-G Standard for human spaceflight would do something deceptively simple: make the cruise phase feel Earth-normal. With constant one-g acceleration, “artificial gravity” comes from thrust—not heavy, complex rotating…
Direct Fusion Drive to Mars: The Starfire Architecture for Fast Human Transit
Sixty-four days to Mars isn’t a slogan—it’s a design constraint disguised as a destination. In Layla Mohsen’s telling, Princeton Satellite Systems’ Direct Fusion Drive concept isn’t chasing speed for bragging rights;…
Biefeld-Brown Effect Explained? Tom Valone, Electrogravitics, and Jefimenko’s Causal Fields
In the breakthrough-propulsion world, high voltage gets all the glamour—big capacitors, big arcs, big claims. Tom Valone’s most interesting move is almost the opposite: the action is argued to live in the edge, in the…
The Woodward Effect, Mach’s Principle, and Carver Mead’s G4v
The Woodward Effect has always lived in a strange limbo: intriguing lab claims, fierce skepticism, and a theory story that never quite felt like it had a single, clean home. In a new paper and a recent presentation,…
Electrogravitics Engineering: Tom Valone’s Experimental Playbook for High-Voltage Propulsion
Electrogravitics is one of those rare engineering rabbit holes where the hardware looks almost too simple—plates, dielectrics, sharp edges, high voltage—yet the meaning people attach to it keeps multiplying. Put the…
UAP Exhibit Relativistic Effects: Are They Using Warp Drives?
Two independent teams—John and Gerry Tedesco, the Long Island engineers behind the Nightcrawler mobile research lab, and Chad Wanless with Dave Palachik of Canada’s Centre for the Scientific Study of Atmospheric…