Foundations for breakthrough propulsion—GR, QFT, Mach’s principle, metamaterials, quantum vacuum models, and metric engineering. Clear explainers link equations to experiments, highlighting predictions you can test, failure modes to watch, and the theories most likely to inform real hardware.
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…
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…
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…
Top 25 Challenges to the Second Law of Thermodynamics
The second law of thermodynamics is the law that says usable energy runs down: heat spreads, gradients fade, and no cyclic machine can turn ambient heat entirely back into work. Prof. Daniel P. Sheehan, Professor of…
Challenging the Second Law of Thermodynamics
In every warm room there is a hidden ocean of energy: air molecules racing at hundreds of meters per second, water trembling with molecular motion, walls and wires and bodies saturated with heat. The energy is real,…
Space-Time Is A Material
For more than a century, modern physics has treated space in two different ways at once. In one sense, space-time is the fabric on which gravity, motion, and causality depend; in another, it is still casually spoken of…
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…
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,…
Engineering the Scalar Universe: Gravity & Propulsion
Imagine if the same mysterious “dark energy” driving the universe’s expansion could be tamed on the workbench—reshaped into an engineer’s tool for momentum exchange, thrust, even propellantless drives: Glen Robertson’s…
Exploring Gravity, Gravitational Waves and Anomalies
If gravity is more than mass tugging on mass—if it can twist, ripple, and feed on its own motion—then buried in a handful of strange experiments might be the blueprint for new physics and new propulsion. That’s the…