Five errors per million operations is Quantinuum's claim for Helios, ten times better than its own September record. The figures are the company's, from…
IBM, IonQ, Atom Computing and Diraq each bet on a different qubit, and the two dollar figures on the table are ceilings, not commitments.
A Soviet machine called Setun ran on minus one, zero and plus one from 1958 and was killed off in 1965. Ternary LLM weights,…
Germany's Federal Ministry of Research has funded a €122 million quantum computing project, NFQC-1k, led by QUDORA Technologies. This initiative aims to create a…
The Department of Energy is offering up to $215 million in incentives for private companies to develop a quantum computer with at least 100…
IonQ's recent press release highlights its advancement in quantum computing by developing a real-time decoder capable of handling errors on a single CPU, enhancing…
NVIDIA introduced open-source software, CUDA-Q Logical, at IEEE Quantum Week, significantly reducing Fermilab's fault-tolerant quantum design cycle from five months to three weeks. This…
D-Wave's recent paper in Nature reveals a significant advance in error correction, showing a 99.9% fidelity using dual-rail erasure qubits. This architecture aims to…
Quantum computing faces a trust issue: results from quantum processors often can't be verified by classical computers. Recent achievements by IBM and partners Algorithmiq…
A team from Copenhagen and CU Boulder developed a harmonic parity qubit, enabling control over odd harmonics in a superconducting circuit. This advancement aims…
Infleqtion will deploy its Sqale neutral-atom quantum computer at the Illinois Quantum & Microelectronics Park by 2027. What 50 logical qubits actually means, why…
Alice & Bob emerges as a French quantum startup focused on error-corrected quantum computing, addressing one of the field’s central challenges.
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