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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