RIKEN team runs five silicon spin qubits in parallel on a shared microwave line, reaching >99.99% single‑qubit fidelity and ~99.9% with all five, by correcting
Tag: Technology
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A KIER team reports catalysts for ammonia-fueled ship exhaust that hit ~99% removal, run at 350°C, and cost at least 80% less than noble-metal options.
UQ’s NASTIC method offers real-time, single-molecule views of protein movement and clustering in living neurons, published in Nature Protocols.
LLNL’s 3D Spheral simulations of a nuclear standoff show ~98% damage and ~97% of mass above escape speed, but 59 days of compute covered only 145 ms.
Sprayed nanolayer increases contact coverage in protonic ceramic electrochemical cells, cutting interfacial resistance and improving stability.
Scientists report the first self-stabilizing thorium nuclear clock, running over 24 hours with ~10^-15 precision—about one second in 30 million years.
Launched Oct. 1, NASA’s SSPICY will in 2027 have Otter inspect up to four inoperable U.S. objects from hundreds of yards using electric propulsion.
Optogenetics lets scientists control neurons with light. We read the Nobel-recognized work and what it means for brains, behavior, and future therapies.
Hayabusa2 fired its laser twice at asteroid Torifune during a high‑speed flyby. Here’s how laser ranging works and why it matters for future missions.
Japanese team uses cellulose magnetic beads to enrich N-glycopeptides from plasma, serum, and tissue, detects gastric cancer changes, and readies automation.