Topics

Scientists just cracked a decades-old problem: SPMiner uses Graph Neural Networks to discover hidden recurring shapes inside massive networks faster and at unprecedented scale.

Traditional benchmarks can no longer measure advanced AI. Learn how the new FrontierScience benchmark tests if models are truly reasoning using Olympiad and research challenges.

How decentralised science could transform research: unlocking funding, access, and collaboration while handling risks of quality, governance, and trust.

The new SuSiE² statistical framework integrates gene expression data directly into genetic fine mapping, allowing researchers to pinpoint true causal disease variants with unprecedented precision.

Transweaving Flows: Unlock the secret to instantly adapt fluid simulations across Reynolds numbers borrow big swirls, stretch boundary layers, and save massive computation time..

Trans-Neu-Pest combines Swin Transformer and 3D reconstruction to spot camouflaged pests with 93.1% precision while running on low-power neuromorphic hardware.

Wits University and Bordeaux researchers encoded data into optical skyrmions and transmitted it 270 meters through open air, achieving over 98% fidelity without correcting turbulence.

Japan switched on its first full-stack neutral-atom quantum computer. Shunkai starts with 50 qubits, plans 500, and targets 10,000 by 2031.