Light-sound coupling in an optical fiber reached the strong regime without a resonator, Max Planck researchers say. What it means for quantum tech, and limits.
Category: AI & Emerging Tech
CT Scan AI: Penn’s Percival Spots Hidden Disease Signs
CT scan AI Percival from Penn Medicine, trained on about 400,000 scans, aims to spot hidden disease signs. Still preclinical. Here is what the study reports.
AI 3D Model Editing: Meshy Edit Changes One Part Only
AI 3D model editing in Meshy Edit lets users select a part, type a prompt and get a new model in about a minute. Cost, limits and what Meshy has not said.
Quantum Circuit Design: Claude Beats 7 of 8 Baselines
Quantum circuit design by Claude Mythos 5 beat published circuits on seven of eight tasks, Anthropic says. The numbers, the limits and the security angle.
Quantum Networks: Diamond Chip Reaches 99.5% Yield
Quantum networks need better light-qubit links. Researchers made 600+ gallium phosphide cavities on diamond at 99.5% yield. What it shows and what’s next.
Computer Use Agent Cost: Anchor Claims 100x Savings
Computer use agent cost fell to $0.016 per task in Anchor’s own test, with a small model matching a frontier model’s 93%. What the claim does and doesn’t show.
Breast Cancer Recurrence Risk: FDA Clears AI MRI Tool
Breast cancer recurrence risk can be estimated from routine MRI with FDA-cleared TumorSight Risk, SimBioSys says. What the 2,129-patient data shows, and limits.
Computational Lithography: Siemens, NVIDIA Speed Up Chips
Computational lithography gets faster: Siemens says NVIDIA cuLitho in Calibre gives up to 12x full-chip OPC speed-up for AI chips. What it means and caveats.
AI Chip Design: ChipAgents, NVIDIA Test Agents on Full Chips
AI chip design has a gap: ChipAgents and NVIDIA’s Build-A-Chip-Bench found agents passed function checks about 40% of the time but hit PPA targets about 10%.
Edge AI: BrainChip Sequora Brings LLMs to Small Devices
Edge AI gets generative: BrainChip says Sequora Core IP runs LLMs of up to 3 billion parameters on battery devices using a state-space design. What to know.