HRL Demonstrates Digital Cryogenic Control of a Silicon Quantum Chip
A Nature study combines a 4-kelvin controller, ribbon-cable interconnect and millikelvin silicon quantum-dot processor.
Source-linked quantum computing news and analysis on hardware, research, applications, post-quantum security, business and policy.
Publication date where available; source report or sources-checked date otherwise.
A Nature study combines a 4-kelvin controller, ribbon-cable interconnect and millikelvin silicon quantum-dot processor.
A reinforcement-learning experiment improves stability under injected drift and fine-tunes an already calibrated processor.
A 54-qubit experiment creates a topologically ordered state and uses its anyonic excitations to demonstrate a universal gate toolkit.
RFC 9980 adds composite encryption and signatures, plus standalone hash-based signatures, to the OpenPGP protocol.
High-value and high-impact federal systems receive 2030 key-establishment and 2031 digital-signature migration deadlines.
Executive Order 14413 directs agencies to develop specifications and explore pathways toward demanding quantum-computing applications.
The GPU supercomputer is operating in Kobe, with tightly coupled quantum-HPC integration identified as a scientific goal.
The research combines quantum-generated candidate portfolios with classical repair and compares results against classical methods.
Quantinuum’s trapped-ion machine shows why counting qubits is only the start of comparing quantum computers.
A Nature study reports 11-fold to 800-fold improvements against selected physical circuit baselines using correction, detection and postselection.
The issuer says it sold 28 million shares at $60 each, before underwriting discounts, commissions and offering expenses.
A neutral-atom preprint tracks logical information through repeated measurement, lost-atom replacement and reservoir reloading.
An indium-arsenide and lead device shows long parity-switching times in a materials experiment supporting Microsoft's Majorana 2 announcement.
An eight-qubit experiment reports mean decoding below one microsecond per round, with complete feedback measured separately.
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A little perspective on a fast-moving field.