Team Unveils Probabilistic Silicon Primitives After Herculean Effort
Absolute herculean effort by the team. Excited to share more about some of our probablistic primitves in silicon.
Quantum Simulations Feed Classical AI with Electron Data
Chi Chen and Matthias Troyer at @Microsoft propose using quantum computers to generate data on electrons, which can then be used to train AI models on classical machines. https://spectrum.ieee.org/quantum-chemistry
Quantum Computing Deep Dive Begins at MPE2026 with QuSecure
Been looking forward to this. Serious session on quantum computing at #MPE2026 kicking off with Rececca Krauthamer from QuSecure https://t.co/JcOtrlMUnE
Exploring the Path to Quantum Advantage at Kavli Symposium
I'm looking forward to the Kavli Symposium tomorrow at the APS Global Physics Summit, where I'll speak about "The Road to Quantum Advantage" https://t.co/PVExMVwgFr
Smart Money Targets Quantum Computing for Future Growth
The Smart Money In Quantum: Where Leaders Are Investing Attention, Talent And Capital by @pravirmalik @Forbes Learn more: https://t.co/RnpmK1CgnV #QuantumComputing #EmergingTech #Technology #Innovation #Tech https://t.co/K5WXGxVERl
Nvidia Accelerates Quantum Research with GPU‑Coupled Platform
@Nvidia is moving ahead with their Quantum computing efforts, after their 2024 remarks which stir a big debate. I got a lowdown of what’s latest from #GTC2026 expo today. #GTC26 #GTC @NVIDIAGTC @NVIDIAAI @NVIDIAAIDev @furrier @dvellante @MarshaCollier @Scobleizer RELATED INFORMATION: _________________________ NVIDIA Quantum...
Logarithmic-Depth Quantum Circuits Efficiently Prepare Polynomial States
New #quantumcomputing preprint with @qubit_pharma team and CERFACS: "Logarithmic-depth quantum state preparation of polynomials" Check it out: https://t.co/DWGkoTImjK
Quantum Processor Yields 2.44 Å Distance via ZNE
Sharing a snapshot from my second talk at #APSSummit26 — this one on NMR OTOCs and Pauli‑path approaches to zero‑noise extrapolation (ZNE) to learn an inter-atomic distance of 2.44 +- 0.04 angstroms on a Google's Willow quantum processor. https://t.co/350lCfheQM
Machine Learning Advances Practical Quantum Error Mitigation
Thank you to everyone who packed the room this morning at #APSSummit26 for my 30 min talk on our machine learning for practical quantum error mitigation (Nature Machine Intelligence) work. https://t.co/na3tJ45loA
Quantum Threat to Bitcoin Is Overstated, Says Alden
One of the most asked questions in the markets: Will Quantum Compute destroy everything in #Bitcoin and #Crypto? I asked this to @LynAldenContact and this was her response: https://t.co/NwbtWIPRQt
Invited Talk on Error Mitigation at APSSummit
Join me tomorrow (Monday, 9 AM) at #APSSummit for the session “Advances in Error Mitigation and Noise Reduction,” where I’ll be giving an invited talk. https://t.co/WYeF6sOiCy
Quantum Tech Will Transform Corporate Strategies and Operations
What Impact will Quantum Technologies Have in the Corporate World? by @antgrasso #QuantumComputing #EmergingTech #Technology #Innovation #Tech https://t.co/L8nncOybkd
Startup Preps Enterprises for Future Quantum Computing
Before quantum computing arrives, this startup wants enterprises already running on it | TechCrunch https://t.co/XD7GvI5k43 https://t.co/4IZRELxxb5
Prepare for the Emerging Quantum Technology Ecosystem
Quantum on the Cusp—What to Prepare for in the Emerging Ecosystem of Quantum Tech and Computing. By @ChuckDBrooks Link: https://t.co/RKbGLabUlf #quantum https://t.co/J3vFBFms4M
Classical Heuristics Advance Guides Future Quantum Chemistry
In this thoughtful essay, Garnet Chan reflects on recent progress using classical heuristics in computational quantum chemistry—and what it means for quantum computing. The lessons he draws can help to steer both classical and quantum approaches in scientifically productive directions. https://t.co/XSXMNQTy3b
IBM Unveils Blueprint for Quantum‑Centric Supercomputing Integration
IBM Releases a New Blueprint for Quantum-Centric Supercomputing “The architecture shows how quantum processors (QPUs) can work alongside GPUs and CPUs—across on‑premises systems, research centers, and the cloud—in order to tackle scientific challenges that no single computing approach can solve...
Does Quantum Teleportation Duplicate Your Identity?
Are you destroyed by teleportation? If your quantum information over here is copied and posted over there into another set of particles, is it still you? https://t.co/GTCLhiF2rD
Nation‑states Already Using Store‑now, Decrypt‑later; Adopt PQC Now
"Store now, decrypt later" isn't a theory; it’s a nation-state strategy. If your 2026 roadmap doesn't include Post-Quantum Cryptography (PQC), you’re already behind. The 9 realities CIOs can't ignore: 🔗 https://t.co/l36K8t0jnp #RSAC2026 #PQC #QuantumComputing #CIO
Exploring Quantum Resources: Mid‑Circuit Measurements and Non‑Stabilizerness
A talk to be given next week on "magic, muggles, measurement, a meditation on quantum resources in five readings", about computational resources of mid-circuit measurements, non-stabilizerness and other resources in notions of quantum computing. https://t.co/WIU3zwN6fc
Quantum MCMC Achieved on NISQ Hardware with Accurate Results
#quantumcomputing New group preprint: "Experimental Realization of the Markov Chain Monte Carlo Algorithm on a Quantum Computer". https://t.co/NSGNw3gTin In this work, we experimentally use encodings of Markov chains to prepare quantum states and run a quantum Markov Chain Monte Carlo...
Quantum Threat Drives Enterprise Shift to Post‑Quantum Crypto
Great conversation with enQase We discussed why #Quantum Threat & Post-Quantum Cryptography is becoming a top priority for enterprise #CISOs & #CTOs 📍FULL episode👇 https://t.co/QSA6g4byhP 📍Sched your mtg at #RSAC 👇 https://t.co/qQiSVb0J91 #PQC #cybersecurity #CEO https://t.co/FORk5259Nc
China Embraces Open‑source Quantum; US May Retreat to Closed Systems
China going open source with Quantum computing in the same way they have with AI. It will be interesting to see how this plays out as once again it seems likely the big US players will build fortress closed systems...
Quantikz: Essential Tool Elevating Quantum Circuit Visualization
Helpful tools lift the entire field. I’ve relied heavily on Quantikz by Alastair Kay to draw hundreds of quantum circuit diagrams over the years. It’s been my go-to for clean, publication-quality circuits in papers and lectures.
Apply Now: $200K NM Quantum Tech Award Open
PSA for my friends in quantum 👋 New Mexico Quantum Technologies Award is open—rolling apps thru April. Up to $200K for NM-based companies or folks expanding into NM. Apply: NM Quantum Technologies Award – New Mexico EDD https://t.co/bKsz4tGjlD
Tight Inapproximability Bounds for Max‑LINSAT Impact Quantum Interferometry
Tight inapproximability of max-LINSAT and implications for decoded quantum interferometry https://t.co/RzBXqS1r1k We establish tight inapproximability bounds for max-LINSAT, the problem of maximizing the number of satisfied linear constraints over the finite field 𝔽_q, where each constraint accepts r values...
Clustered‑Cyclic Codes Enable Parallel Quantum Logic
QGPU: Parallel logic in quantum LDPC codes We introduce #clusteredcycliccodes and show how to pursue highly parallelized surface-code style quantum logic with quantum low density parity check codes featuring simple logicals. https://t.co/RMIt29In5N In detail, #quantumerrorcorrection is critical in the design and manufacture of...
Pasqal‑Bleichroeder Deal Targets $2B Valuation by 2026
Pasqal / Bleichroeder Acquisition II deal overview Quantum computing company $2.0 billion enterprise value Closing H2 2026 PR: https://t.co/Y8kjd8LJdO IR deck: https://t.co/27uxUkWA9t Disclosure: Long $BBCQ shares + warrants in $ARB.to https://t.co/EfgkoWpFiI
Quantum Computing Redefines Problem Solving with Qubits
🚨 Quantum Computers Don’t Think Like Normal Computers 🚨 Quantum Computers Don’t Think Like Normal Computers Your laptop solves problems step by step using bits: 0 or 1. Quantum computers change the rules. Instead of bits, they use qubits — which can be 0 and...
Telcos Must Fuse AI, 6G, Quantum to Win
Just finished my segment on @theCUBE from #MWC26, 5th year in a row. @furrier and I had a great discussion on what it takes for telcos to win this time, where AI, #6G and #QuantumComputing are going to converge in...
Hardware Upgrades Reshape Logical Error Scaling in Quantum Correction
One subtle aspect of quantum error correction, which personally intrigues me, is how hardware improvements can influence logical error scaling.
Quantum Metal Powers End-to-End Full-Chip Design
One of the most powerful aspects of Quantum Metal is that it goes beyond individual components. It enables full-chip design, from layout to analysis to fabrication-ready GDS export: https://t.co/Tf2kzgwgON https://t.co/J6dk4NjFKK
Efficient Verification Key to Near‑term Quantum Advantage
In the last post of a 3-part series, Dominik Hangleiter highlights the importance of efficient verification of quantum advantage, and assesses the prospects for achieving it soon. https://t.co/diAapqei12
Quantum Threat: Q-Day Could Cripple Global Financial Security
Quantum computers are coming — and in the next decade, could break widely used public-key encryption (RSA, ECC) that secures everything from bank transactions to crypto. Citigroup’s latest report on quantum calls it a trillion-dollar security threat, and they are not...
Certifying Quantum Magic Proven Super‑Exponential Hard
The unbearable hardness of deciding about magic Identifying the boundary between classical and quantum computation is a central challenge in quantum information. In multi-qubit systems, entanglement and magic are the key resources underlying genuinely quantum behaviour. While entanglement is well understood,...
Ethereum's Quantum Roadmap: Replace BLS with Hash Signatures
Now, the quantum resistance roadmap. Today, four things in Ethereum are quantum-vulnerable: * consensus-layer BLS signatures * data availability (KZG commitments+proofs) * EOA signatures (ECDSA) * Application-layer ZK proofs (KZG or groth16) We can tackle these step by step: ## Consensus-layer signatures Lean consensus includes fully replacing BLS...
Quantum Community Conversations Growing More Integrated
A shift I’ve noticed in the quantum ecosystem over the past few years is how much more integrated our conversations have become.
Classical Outcomes Make Quantum Measurement Learning Exponentially Hard
There are interesting separations in quantum learning theory depending on whether or not one has access to post-measurement states in quantum measurement. https://t.co/9I0Rz30QIq Learning properties of quantum states and channels is known to benefit from resources such as entangled operations, auxiliary qubits,...
Understanding What Logical Qubit Count Really Means
One of the trickiest numbers in quantum computing is “logical qubit count.” We often hear phrases such as “This algorithm requires 1,000 logical qubits,” but what is this number actually telling us?
Quantum Algorithms Boost Network Routing Resilience in New Trial
A new trial aims at improving internet delivery by leveraging #quantum algorithms to supercharge network routing resilience. https://t.co/PmOjgQgbaQ #sustainability #AI #5G #cloud #edge #futureofwork #digitaltransformation https://t.co/dTiXObElqY
Patent Granted for Quantum Machine Perception at Google
After a very long time this patent is finally out Inventing Quantum machine perception, i.e. combining quantum machine learning with quantum sensors. One of my first contributions at Google. Enjoy 🖖⚛️ https://t.co/xSigOnrl6A
Quantum Threats Demand Immediate Bitcoin Resistance Upgrade
There are 2 threats that quantum computers pose to Bitcoin, both have the same solution. Threat 1: A QC is built and used to break Bitcoin's cryptography. Threat 2: Even before such computer is here, people will lose confidence in Bitcoin out...
Mid‑Circuit Measurements Unlock Quantum Advantage in Shallow Circuits
Mid-circuit measurements are a powerful tool for state preparation, and they have generated considerable excitement in condensed matter physics due to their rich and surprising effects. In contrast, their usefulness for #quantumcomputation remains comparatively less well understood. In this work,...
24 Concise Chapters Showcase Diverse Author Perspectives
Interesting format for a review article. 24 brief chapters, each offering perspective from a small subset of the 69 authors on a particular topic. https://t.co/S49x2Mr1g2
Bitcoin Could Be Quantum‑proof with Just Two Steps
“Only two steps” required to make Bitcoin quantum-resistant? In this @Unchained_pod episode, @TheBlueMatt joins me to discuss: ❌ Why he thinks Nic Carter is wrong about the quantum threat to Bitcoin ⛔ Why he disagrees with Nic on his ranking of Bitcoin’s most...
Register Now for UCLA's 2026 Quantum Device Workshop
🚀 Registration is now open for the 2026 Quantum Device Workshop, held at UCLA on June 15–18, 2026 https://t.co/TpnOviTsh8
Quantum Cryptography Threat Still a Decade Away, Experts Say
"People keep claiming that we'll have a cryptographically-relevant quantum computer soon. The actual quantum experts are giving 10-year time horizons." https://t.co/CLMWr1HiYS
Winning AI Race Requires Physics‑driven, Not Just Chatbot, Models
The AI race will not be won with chatbots that predict the next word. In today’s Wall Street Journal, I argue that staying ahead of China requires a new class of AI models built on physics, chemistry, and quantitative reasoning, not...
TelaQ Launches, Advancing Quantum Network Optimization
New release of telaQ, a flagship product of nodeQ (personal investment) and a leader in the optimization of quantum networks. https://t.co/BkKJK6PVSR
Three Lower Bounds Achieve Near-Exact Ground-State Energies
Variational #quantumalgorithms and classical variational methods, such as #tensornetwork techniques, provide upper bounds on ground-state energies. However, to meaningfully assess their performance and reliability, these results should be complemented by efficiently computable lower bounds. https://t.co/Fxs5ORiqcW This work demonstrates that three distinct types...
Quantum Breakthrough Makes Once‑impossible Problems Solvable
I’ve been waiting for a moment like this. Google’s new quantum chip solved a 150-year-old problem in 2 hours. 13,000× faster than one of the world’s best supercomputers. That’s not incremental. That’s a different category. Their Willow chip ran an algorithm that models how atoms...