Researchers have designed and built functioning viruses that infect bacteria, called bacteriophages, using AI, raising ...
An ultrathin ferroelectric oxide could enable lower-voltage microchips, reducing energy use and heat in next-generation ...
A team of astronomers has captured a massive stream of gas - one trillion miles, or .2 light years long - feeding the young ...
Polychip integrates six droplet operations on one device, screening millions of microbial interactions and recovering ...
A high-resolution galaxy simulation shows nuclear star clusters and stellar discs grow together, fed by gas driven inward by ...
Researchers introduce high-throughput ceramics processing, enabling rapid exploration of dielectric materials.
Diffuse gas between dense filaments helps feed stellar nurseries, increasing estimated inflow into star-forming hubs by about ...
A search of 33,564 bacterial fiber protein candidates led to stiffer, printable materials made by engineered E. coli that ...
A common statistical flaw can weaken links between nanoparticle size and performance. A new correction helps reveal the true ...
A new AI framework will link atomic-scale defects to device performance, helping researchers detect failures earlier and ...
The advance establishes a new solid-state platform for studying high-temperature Bose-Einstein condensates in semiconductor ...
Hybrid photonic chip combines Raman scattering and Kerr frequency comb generation in separate materials, creating new ...