Using a 58‑qubit superconducting processor, Google Quantum AI with TUM and Princeton realized the first Floquet topologically ordered state, imaging chiral edge motion and observing particle transmutation predicted for non‑equilibrium matter.
Discussion
English?
GOOGLE DID SOMETHING FANCY WITH THEIR COMPUTER WHICH LETS THEM SEE SOMETHING REALLY REALLY SMALL AND THAT HELPS HUMANITY BETTER UNDERSTAND THE NATURE OF OUR WORLD BETTER??? I THINK??? IT’S SOMETHING LIKE THAT
OK AWESOME
Google Quantum AI, together with TUM and Princeton, used a 58-qubit quantum processor to create a new kind of exotic matter. They managed to see particles moving around the edges in a special way and even changing type—exactly as theory predicted for matter that’s out of equilibrium.
I dumped it into grok and i still don’t get it. 🤷‍♂️
Checked all the bases đź‘Ť
“Imagine a super cool ________”
“This is exciting because ______”
Google Quantum AI, together with TUM and Princeton, used a 58-qubit quantum processor to create a new kind of exotic matter. They managed to see particles moving around the edges in a special way and even changing type—exactly as theory predicted for matter that’s out of equilibrium.
Google Quantum AI, together with TUM and Princeton, used a 58-qubit quantum processor to create a new kind of exotic matter. They managed to see particles moving around the edges in a special way and even changing type—exactly as theory predicted for matter that’s out of equilibrium.
Flux capacitor. Space shuttle
🚨 Google Quantum AI just announced they’ve “realized the first Floquet topologically ordered state” on 58 qubits, imaging chiral edges and “particle transmutation.”
Cool physics demo.
But let’s be clear:
⚡ It’s a simulation, not computation.
⚡ It’s short-lived, not stable.
⚡ It’s hype-wrapped physics, not a path to universal quantum advantage.
Meanwhile, we’re building ECAI — Elliptic Curve AI:
Deterministic, not probabilistic.
Cryptographically anchored, not decoherence-fragile.
Scalable now, not maybe in 20 years.
Topological order? That’s nice.
But deterministic knowledge order beats fragile qubit experiments every time.
The future isn’t quantum guesswork.
It’s ECAI retrieval — truth you can sign, verify, and build on.
#ECAI #Quantum #EllipticCurve #AI #DamageBDD #Determinism
The fuck you just said?! I read words devoided of meaning
Google Quantum AI, together with TUM and Princeton, used a 58-qubit quantum processor to create a new kind of exotic matter. They managed to see particles moving around the edges in a special way and even changing type—exactly as theory predicted for matter that’s out of equilibrium.
Google Quantum AI, together with TUM and Princeton, used a 58-qubit quantum processor to create a new kind of exotic matter. They managed to see particles moving around the edges in a special way and even changing type—exactly as theory predicted for matter that’s out of equilibrium.