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Research
QuiX Quantum Achieves First Below-Threshold Error Mitigation in Photonic Quantum Computing
5 Apr 2026 - QuiX Quantum, a Netherlands-based photonic quantum computing company, announced it has demonstrated below-threshold error mitigation on a photonic quantum computer for the first time, in collaboration with NASA's Quantum Artificial Intelligence Laboratory (QuAIL), the University of…
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China's Quantum Ambition
China’s Quantum Talent Ecosystem: Building a Superpower’s Workforce
In 1996, a 26-year-old physics student from the University of Science and Technology of China arrived in Vienna to begin doctoral work under Anton Zeilinger, one of the world's leading quantum experimentalists. Five years later, he went home. That decision…
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Quantum Security & PQC
Quantum Threat Timeline Report 2025: Record Predictions, But Can the Survey Keep Up?
5 Apr 2026 - The Global Risk Institute (GRI) and evolutionQ Inc. have published the seventh edition of their annual Quantum Threat Timeline Report, the longest-running expert survey dedicated to estimating when a quantum computer will be capable of breaking…
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China's Quantum Ambition
China’s Hefei National Laboratory: The Nerve Center of a Quantum Superpower
On April 26, 2016, Xi Jinping walked into USTC's Advanced Technology Research Institute in Hefei and listened to a physicist named Pan Jianwei describe the future of quantum information science. What Xi said next — "Very promising, very important… the…
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China's Quantum Ambition
The $15.3 Billion Number That Everyone Cites and Nobody Can Verify
In October 2023, I was on a call with a European defense ministry official who wanted to discuss quantum threats. Within the first five minutes, he cited it. "China has invested $15.3 billion in quantum technology - nearly double the…
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Research
Gauge Theory Meets Quantum Computing
April 2, 2026 - Dr. Dominic Williamson of the University of Sydney and Theodore Yoder of IBM have published a new method for performing fault-tolerant logical measurements on quantum error-correcting codes that dramatically reduces the physical qubit overhead required. The…
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China's Quantum Ambition
China’s 15th Five-Year Plan Makes Quantum an Industrial Imperative — Not Just a Research Priority
When China's National People's Congress approved the 15th Five-Year Plan on March 12, 2026, it completed a journey that had been building for over a decade. Quantum technology, once buried deep in academic research budgets, emerged at the top of…
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Quantum Systems Integration
Will Magnetic Cooling Replace the Dilution Refrigerator? What the Numbers Say
Adiabatic demagnetization already reaches millikelvin without helium-3. But reaching a temperature and running a quantum computer at that temperature are different problems. I quantify the cooling-power gap and assess when cADR catches up.
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Quantum Security & PQC
QuantumShield360 AI Achieves World’s First Complete Post-Quantum Cryptography Migration — Full Quantum Resilience Across All Enterprise Systems
Scottsdale, AZ — April 1, 2026 — QuantumShield360 AI, a next-generation quantum-resilient cybersecurity platform leveraging AI-powered lattice synergies, today announced it has completed a full, end-to-end migration to post-quantum cryptographic standards across its entire technology stack — becoming the first…
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Quantum Systems Integration
Mining the Moon for Helium-3: How It Would Work, What It Would Cost, and Whether the Math Closes
Lunar helium-3 mining is attracting real contracts from real companies. I walk through the physics of why He-3 is on the Moon, how you'd get it out, what the numbers say, and whether any of it survives contact with the…
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Quantum Systems Integration
Helium-3 and Quantum Computing’s Coldest Problem: Physics, Scarcity, and the Moon
Helium-3 sits at the center of the quantum cryogenics debate, and most of what circulates about it is muddled. I separate the irreplaceable physics from the inflated demand, and ask whether the Moon makes any sense.
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Post-Quantum, PQC, Quantum Security
The CRQC Scorecard: How Close Is Each Quantum Modality to Breaking Your Encryption?
Yesterday, two papers landed that set social media on fire. Google Quantum AI published a landmark resource estimate showing that fewer than 500,000 superconducting qubits could break Bitcoin's elliptic curve cryptography in under nine minutes. Hours later, a team from…
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China's Quantum Ambition
The Leapfrog Doctrine: How China Systematically Conquered Every Technology It Targeted
Almost fifteen years ago, I stood on the mezzanine floor of a manufacturing facility in Dongguan, staring into the dark. Literally. Below me, a sprawling production line hummed with the rhythmic, pneumatic hiss of assembly arms and the whine of…
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Quantum Computing
The Dark Horse: How Silicon Quietly Assembled Every Building Block for Fault-Tolerant Quantum Computing
The quantum computing modality race has had a clear narrative for most of the past decade. Superconducting qubits were the frontrunners — Google's quantum supremacy demonstration in 2019, IBM's steadily growing processor roadmap, the first below-threshold surface code results in…
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Quantum Security & PQC
10,000 Qubits to Run Shor’s Algorithm
31 Mar 2026 - On the same day that Google Quantum AI published its landmark ECDLP-256 resource estimates showing fewer than 500,000 superconducting qubits could break cryptocurrency cryptography in minutes, a team from Oratomic, Caltech, and UC Berkeley quietly dropped…
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