The Idea
What if gravity plays favorites?
Einstein's universe treats every form of energy the same. We think it might not — and we think you can build something that notices the difference. The how is ours to keep, for now.
One sentence
Order, not just amount.
The whole program grew from a single suspicion: that gravity might respond not only to how much energy is present, but to how organized it is. Steady, coherent, arranged energy on one side. Hot, random, chaotic energy on the other. The same joule — counted two different ways.
That's the entire thread. Everything else — the mathematics, the predictions, the device on the bench, the numbers we're chasing — hangs off that one idea. We'll show you the thread. We're keeping the knot.
The question
Does gravity care how energy is arranged?
Physics has spent a century assuming every joule pulls on spacetime the same way. We started by refusing to assume it.
The catch
It hides almost everywhere.
If the effect is real, the universe is built to keep it quiet — it stays silent in the messy, the hot, the random. Which is nearly everything. It only stirs in places that are unusually well-ordered.
The device
So we went looking in the gap.
A solid-state object. Electricity in, a push out — no propellant, no exhaust, no moving parts. Whether that push is what we think it is, is exactly the question we're answering on the bench.
Behind the curtain
Why this page is short on details.
Because they're worth keeping. There is a full theoretical framework, a patent in its filing window, a device coming together in the lab, and a growing stack of measurements behind this. None of it is on this page on purpose.
We're not in the business of handing out blueprints to the internet. The complete picture exists — and there are doors to it for the right people: scientists who want to test it, partners who want to license it, and investors who want to back it.
Want to try to break it? That's the one door we hold most open. The fastest way to find out whether any of this is real is to let people with no stake in it try to prove it wrong — under their own controls. If that's you, the referee program is where to start.
You're not the first to wonder
People have chased a force like this before.
The notion that a quiet, solid object might lean on gravity itself is older than you'd guess — with a trail of patents, notebooks, and half-forgotten experiments running back the better part of a century. Most of it got ignored. We think some of it was worth a second look.
A piece of the history
Follow the trail
Pick a door
The curtain moves for the people who can do something with what's behind it.