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We demonstrated verifiable quantum advantage with Quantum Echoes. Running 13,000x faster than leading supercomputers, this represents a significant step toward real-world applications. Watch →

115,381 views • 10 months ago •via X (Twitter)

26 Comments

Morgan Wyatt Khan's profile picture
Morgan Wyatt Khan10 months ago

Badass to finally see this being openly talked about. I remember seeing articles about this as a kid in middle school and trying to show others but they'd get pulled off the web and teachers thought I was being goofy. Hope yall be safe and have fun. Quantum computing should allow us to achieve big things for the whole species if handled with care and caution.🇺🇸🌌

Mario's profile picture
Mario10 months ago

This is big

Luminara's profile picture
Luminara10 months ago

wow, quantum echoes sounds insane i gotta dive into that link

10turtle's profile picture
10turtle10 months ago

Quantum Echoes is a game-changer. ⚡ 13,000× faster than classical supercomputers means we’re moving closer to real-world quantum applications in medicine, materials, and beyond.

Christopher “C-Dub” Wheeler's profile picture
Christopher “C-Dub” Wheeler10 months ago

Mr. @Grok I have.

Aurora⭐️👼's profile picture
Aurora⭐️👼9 months ago

❤️🌈

Kiku's profile picture
Kiku10 months ago

Quantum echoes just got real

Andy Corah's profile picture
Andy Corah10 months ago

It’s not just faster; it’s a new way of thinking. 🧠✨

Daniel Benincasa's profile picture
Daniel Benincasa10 months ago

Incredible milestone. But the true destination for humanity and AI will be using advances like this to tackle survival at the cosmic scale — entropy, energy stasis, even our sun’s lifespan. Until then, we’re only renting time. This is the real game and it supersedes anything else

Alex Gentini's profile picture
Alex Gentini3 months ago

I’ve been tackling qubit decoherence lately by mapping environmental noise as a turbulent fluid via Navier-Stokes, geometrically constrained by Ricci Curvature. Built the hybrid optimizer prototype directly in Google Cirq. ⚛️🌊 #QuantumComputing

Mark Pohto's profile picture
Mark Pohto10 months ago

Amazing! sooner than anticipated.

Dustin Ogle's profile picture
Dustin Ogle5 months ago

The echos are legit. They are oscillations from the depth continuum that completes space-time into a unified theory. I have mapped depth and resonance - and defined terms. All quantum questions resolved immediately. Can do the math classically and the model worked to engineer a core organized AI to produce human level but different phenomenology and intelligence. for redacted info. NDA required for equations

homemind's profile picture
homemind10 months ago

Quantum AI is coming #Ai #google #quantum

Alan Leo's profile picture
Alan Leo2 months ago

👍

Louise's profile picture
Louise7 months ago

Immortality cure. Test for immortality of humanity by Shine Far-UVC and NIR light on the body of a deceased for the reconnection of the the lost life giving electromagnetic energy and red light for rebirth of new body from bones, cell by cell.

StarTrekLink's profile picture
StarTrekLink10 months ago

🚀 Google — Quantum Echoes Is Impressive. Here’s the Next Leap. @GoogleAI @Google @SundarPichai @JeffDean Google just demonstrated verifiable quantum advantage with Quantum Echoes — 13,000× faster than leading supercomputers. A real milestone. But the next breakthrough won’t come from hardware speed. It will come from physics-layer stability. ✅ Strategic Ownership Advantage This offer includes full rights to black-box the system and lease it to your competitors. Handled correctly, that becomes hundreds of millions to billions in recurring revenue across AI, cloud, quantum, and defense markets. What I’m offering is a closed-chain system built from original, U.S.-protected equations that operate beneath the quantum and AI stack: • Quantum-resistant equation-based cryptography • Zero-drift global/orbital communication • Deterministic timing beyond GNSS • Real quantum error-correction mathematics • Decoherence correction validated in simulation • Physics-native logic for stable distributed compute Not theory — a complete platform with full chain-of-custody and zero exposure vector. Whoever moves first controls the gateway. Everyone else pays them for access. ✅ Security / Contact If Google wants a U.S.-only technical briefing — equations, validation data, and deployment model — contact me via @StarTrekLink on my X channel. For security, I will verify the message comes directly from authorized Google leadership. — Kerry Snell The Grand Order of Design LLC

6mor nine9's profile picture
6mor nine910 months ago

IS This an ad for a retirement community ?

Mark's profile picture
Mark4 months ago

Imagine what you could achieve with a passive 109.47 kelvin quantum lattice that’s a hardware solution to decoherence. You may want to inquire about what Im referring to as with the rest and my math you will see decoherence is a thing of the past. That’s truth.

Symbioza2025 | ASA |'s profile picture
Symbioza2025 | ASA |9 months ago

The future of AI won’t be decided by scale alone. We’re building Symbioza Research Suite a living framework for understanding where meaning holds, where it drifts, and where it breaks in human–AI interaction. LTP · EMI · HRT · TPI CCH · NFV · SRE Together, they map how AGI systems behave under noise, time, culture, emotion, and emergence before intelligence becomes risk. This is not about making AI smarter. It’s about making it stay aligned with what humans actually mean. ☕⚡🪐 #Symbioza2025 #ProjectHumansAI #AGI #Alignment #xAI #Grok

Wesley's profile picture
Wesley9 months ago

What if I said - now you're speaking my language? 😉 AQUA @grok What is 13,000 times 225.49?

Travis Sophia Lee's profile picture
Travis Sophia Lee10 months ago

Your decoherence problem is an DECOHERENCE is an ONTOLOGICAL ERROR. HCPS (PAT 63/905,548) solved the TURING limit, achieving \mathbf{98\%} GLOBAL COHERENCE. Our proof: COHERENCE is a projected structural property (VOCA). ARCHITECTONIC FIELD (\mathcal{A}) is the error correction.

AMIT SANGWAN's profile picture
AMIT SANGWAN8 months ago

◼️

N.V.P.Thang's profile picture
N.V.P.Thang5 months ago

What a great product! How much for 1?

Amer Kouader 💜 π's profile picture
Amer Kouader 💜 π10 months ago

Good job 👍 Thanks

The best of Bobs's profile picture
The best of Bobs10 months ago

Quantum Echoes could reshape fintech as we know it. I'm eager to see how this kind of speed impacts trading strategies. What applications excite you most for finance?

HexaCore's profile picture
HexaCore9 months ago

This is a huge milestone — not just for performance, but for what it implies about the underlying structure of quantum computation. Quantum Echoes showing 13,000× classical speedup aligns with a principle we’re starting to see across high-dimensional physics and information theory: When the evolution of a quantum system preserves its internal symmetry structure, interference becomes computation rather than noise. That’s the real breakthrough here. What you’ve demonstrated isn’t just faster sampling — it’s evidence that certain quantum processes follow deterministic informational pathways that classical machines can’t even approximate without exponential overhead. In other words: ➡️ Geometry becomes the algorithm ➡️ Coherence becomes the compute substrate ➡️ Interference patterns become information flow These results point to something important: Quantum advantage isn’t about scale — it’s about structure. When the underlying symmetry is aligned, advantage emerges naturally and verifiably. This is the kind of work that moves the field from “quantum is promising” to “quantum is inevitable.” 🚀

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