New Technology– category –
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Trapped-Ion Control: University of Tokyo’s 8mV/m Stray Field Method
Quantum Zeitgeist USA Overview Researchers at The University of Tokyo have developed a technique to stabilize trapped ions against stray electric fields with a statistical uncertainty of 8mV/m. By converting ion displacement into measura... -
Shionogi: Quantum-assisted AI for drug discovery and NEDO award
Business Wire (via Jiji Press) USA Overview Shionogi has won first place in the Quality of Life category of the NEDO Challenge for integrating D-Wave's annealing quantum computing into a generative AI model for molecular design. The quan... -
ABCI-Q: AIST and QuEra’s Quantum-HPC Integration Roadmap
Quantum Zeitgeist USA Overview AIST has launched ABCI-Q, a full-stack quantum-HPC testbed within the G-QuAT facility designed to integrate quantum processors into high-performance computing environments. The platform combines NVIDIA H100... -
Quantum State Smoothing: RIKEN and UTokyo’s 2026 Demonstration
Nikkei Japan Overview An international research group led by RIKEN and the University of Tokyo has successfully demonstrated "quantum state smoothing," a method that estimates the dynamics of light's quantum state by combining past and f... -
Fujitsu Research: QPE Roadmap for Early-FTQC Molecular Simulation
Quantum Zeitgeist USA Overview Researchers from Fujitsu Research and Osaka University have demonstrated that ground-state energy estimation for complex molecular systems is achievable using approximately 10^5 physical qubits. By targetin... -
China’s Neutral-Atom Ecosystem: 2026 Scaling and Commercial Specs
Quantum Computing Report USA Overview Chinese research and commercial entities have achieved world-leading physical benchmarks in neutral-atom quantum computing, including 11,000-atom trapping and 99.84% gate fidelity. While lagging in s... -
Binary Quantum Codes: 28 New Certified Error Correction Codes
Quantum Zeitgeist USA Overview Researchers from the Air Force Engineering University have developed a technique to rigorously certify the minimum distance of binary quantum error correction codes. This method has certified 21 record-brea... -
Silicon Spin Qubits: Scaling Quantum Processors via Shared Control
ScienceDaily USA Overview Researchers at the RIKEN Center for Emergent Matter Science have achieved high-fidelity control of multiple silicon spin qubits operating simultaneously using shared microwave control lines. By implementing a pa... -
BlueQubit: Quantum Advantage in RCS on IBM Nighthawk r2
Quantum Computing Report USA Overview BlueQubit, EPFL, and the XPRIZE Foundation demonstrated quantum computational advantage using random-circuit sampling (RCS) on IBM's 120-qubit ibm_phoenix processor. The team generated a sample ensem... -
Mamba State-Space Decoder: Yonsei University’s QEC Latency Fix
Quantum Computing Report South Korea Overview Researchers at Yonsei University have developed a neural quantum error correction (QEC) decoder using Mamba structured state-space architecture to reduce computational complexity from $O(d^4)...
