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Real-time intelligence on quantum computing funding, launches, research, and policy.
ZeroTier and Carahsoft Bring PQC Networking to Gov
ZeroTier and Carahsoft partner to deliver ML-KEM-1024/ECDH P-384 hybrid PQC networking to US public sector via SEWP V.
Read →Eaton Wins $7M AFRL Contract for Quantum Grid Security
Eaton wins $7M, 24-month AFRL contract with Infleqtion and Penn State to apply quantum computing to electric grid resilience.
Read →Innovate UK Opens £13M Quantum Software Fund at 30% Odds
Innovate UK offers up to £13M for quantum computing software with a 30% success rate. Deadline: 16 September 2026.
Read →Quantum Source Photon-Atom Blueprint Targets 10⁻¹² Logical Error
Quantum Source's compound photon-atom architecture uses cavity-coupled Rb-87 to replace probabilistic photon gates with near-deterministic entanglement.
Read →FAU Pairs On-Site Quantum Computer with 8-Week Exec Certificate
FAU launches an 8-week quantum business certificate, the first Florida university to pair on-site quantum hardware with exec education.
Read →Gaussian Permanents Bound Tightens Boson Sampling Hardness Case
SUSTech researchers prove a weak anti-concentration bound for Gaussian permanents, strengthening boson sampling's hardness argument.
Read →Qarakal Quantum Claims 10x Qubit Reduction with Pangaea
Israeli startup Qarakal Quantum claims its Pangaea architecture achieves fault tolerance with one-tenth the qubit count of conventional designs.
Read →Thales Luna 8 HSM Targets Harvest Now Decrypt Later
Thales launches Luna 8 HSM as 59% of organizations prototype PQC; targets Harvest Now Decrypt Later threat.
Read →Imec and Diraq Hit 99.8% Single-Qubit Fidelity With EUV SiMOS
Imec and Diraq achieve 99.8% single-qubit and 99.5% two-qubit gate fidelity in EUV-fabricated SiMOS spin qubits.
Read →Luxembourg Team Simulates Negative Dissipation in GKSL
University of Luxembourg researchers simulate negative dissipation rates in the GKSL equation, published in npj Quantum Information.
Read →Mitten qLDPC Codes Hit 20% Encoding Rate at 975 Qubits
Caltech and Oratomic's mitten qLDPC codes hit 20% encoding rate, outperforming 195 surface codes with 100x fewer qubits.
Read →OptQC and NTT Target 1M-Qubit Optical QC by 2030
OptQC and NTT sign capital and business alliance targeting a fault-tolerant, one-million-qubit optical quantum computer by fiscal 2030.
Read →UC Berkeley and QuantrolOx Sign 5-Year MOU to Automate Superconducting Qubits
UC Berkeley and QuantrolOx sign a 5-year MOU to automate superconducting qubit calibration using ML-driven software on open hardware testbeds.
Read →Anchorage Digital PQC Strategy Targets Two-Thirds of Bitcoin
Anchorage Digital deploys PQC infrastructure and a STARK-based migration tool covering an estimated two-thirds of circulating Bitcoin.
Read →Kvantify CNOT Complexity Record Broken by Error Codes
Kvantify's Søren Fuglede Jørgensen constructs matrices from parity-check codes that exceed cyclic permutation CNOT-complexity.
Read →Indiana U Paper Reframes Fault Tolerance as Resource Cost
Indiana University's Amit Hagar reframes the Threshold Theorem as a resource constraint, proposing watts-per-decade as a testable FTQC metric.
Read →Gil Kalai: Correlated Noise May Defeat Quantum Error Correction
Mathematician Gil Kalai argues correlated noise and complexity limits will prevent both QEC and quantum supremacy.
Read →500K CPU-Hours Later, Classical Computers Lost to Quantum
Qedma, IBM, RIKEN, and BlueQubit claim error-mitigated quantum advantage in Floquet Ising magnet simulation after 500K+ CPU-core hours on Fugaku.
Read →NRL Quantum Science Institute Targets Navy QIST
NRL's Quantum Science Institute, stood up June 2025, coordinates Navy quantum sensing, computing, networking, and secure comms R&D.
Read →LP Codes Get Smaller Overhead via Group Extensions
New group-extension construction for LP codes improves code parameters and cuts surgery space overhead.
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