Engineers have created a 10-nanometer-thick electronic “skin” that senses heat without requiring cooling systems, which could enable lightweight night-vision glasses. Xinyuan Zhang notes it “could be directly worn on glasses.”

A new machine-learning model predicts the fleeting but critical “point of no return” during chemical reactions in under a second. The work could streamline the design of efficient reactions for creating fuels and pharmaceuticals.

Military & Aerospace Electronics reported on a key step toward a practical quantum computer: Researchers achieved “remote entanglement — an essential step in building distributed quantum networks — by sending photons between two quantum processors.”

Researchers have developed a new technique that guides AI models to generate accurate, error-free code by focusing on outputs most likely to be valid, enhancing efficiency and enabling smaller models to outperform larger ones in real-world tasks.

Via @mitsporttkd on Instagram: “Our team traveled to Vermont for the last ECTC tournament of the semester! Thank you @uvm_taekwondo for hosting a great tournament. We placed 4th at this competition putting our 2024-2025 season standing at 3rd place.”

Rural Radio Network reported: “A breakthrough from MIT researchers and AgZen, a spinoff company, is making agricultural spraying more efficient — cutting pesticide waste, lowering costs, and reducing environmental impact.”