Single-atom catalysts can function inside living cells while retaining their structure and catalytic activity, extending ...
At the University of Chicago Pritzker School of Molecular Engineering (UChicago PME), a research team discovered that one ...
Alfalfa derived nanomaterials accelerated polyethylene breakdown while supporting plant growth, suggesting plastic ...
An ultrathin ferroelectric oxide could enable lower-voltage microchips, reducing energy use and heat in next-generation ...
A twisting AFM probe maps vertical and horizontal infrared vibrations in 2D materials at near-nanometer resolution, revealing ...
Diffuse gas between dense filaments helps feed stellar nurseries, increasing estimated inflow into star-forming hubs by about ...
A new calibration method brings silica glass into grayscale laser 3D printing, enabling faster fabrication of complex ...
SDSS-V combines optical and X-ray data from 200,000 sources, showing that 70–90% of supermassive black hole growth was ...
Researchers introduce high-throughput ceramics processing, enabling rapid exploration of dielectric materials.
Researchers have designed and built functioning viruses that infect bacteria, called bacteriophages, using AI, raising ...
Table-top all-attosecond spectroscopy tracks a three-femtosecond electron-hole oscillation in xenon ions without a strong ...
Hybrid photonic chip combines Raman scattering and Kerr frequency comb generation in separate materials, creating new ...
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