LabComputing
Lab-built flexible near-infrared sensor boosts response 5.1-fold
KIMS used amorphous silicon, tellurium and an electric-field layer on flexible polyimide.
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Chips, lithography, efficiency, quantum: more computing for fewer watts, and what we will do with it.
KIMS used amorphous silicon, tellurium and an electric-field layer on flexible polyimide.
Waseda researchers removed key constraints from a slime-mold model of the traveling-salesman problem.
CUDA Python 1.0 bundles several packages under a shared versioning strategy.
The new GPU scheduler allocates compute time based on usage instead of strictly by queue order.
The material is only a few molecules thick and changes its electronic properties with light.
Shunkai launched at the Institute for Molecular Science with about 50 qubits and a QPU from Infleqtion.
The AGI CPU has up to 136 Neoverse V3 cores across two dies.
Wits and Bordeaux researchers encoded data in light topology, a property that can survive severe beam distortion.
Tests on Semianalysis’s InferenceX benchmark put Jalapeño ahead of Nvidia Blackwell on two efficiency measures.
The M6 is Apple’s first 2nm chip, with a 12-core CPU, 12-core GPU and up to 32GB of unified memory.
The method screens color centers without the intensive simulations normally used to assess their optical losses.
The chip creates a structured microcomb: many precisely organized light frequencies at once.
Nagoya University treated p-type gallium nitride with magnesium at 600°C for five minutes.
The BigSky SF-2U870 is expected to support Ubuntu 26.04 and RHEL 10 out of the box.
The UCLA result was obtained in a lab using boron arsenide and a nanoscale gold probe.
The upcoming mainframe processor is set to offer eleven cores and at least 5.7 GHz.
New funding lifts Starcloud's total raised to $450M and its valuation to $2.3B.
Ten of the sixteen qubits passed entanglement-witness measurements.