Physics-informed machine learning connects atomic structure with ion transport and electrolyte stability, accelerating better sodium- and lithium-ion batteries.
Machine learning maps the atomic complexity inside batteries Read More »
Micro-transfer printing can enable heterogenous integration of diverse material systems in silicon photonics.
New study highlights how micro-transfer printing can lead to advanced silicon photonics Read More »
Mechanical flexibility improves nanocarrier movement through mucus when physical confinement dominates, while surface coatings must first prevent aggregation when adhesion controls transport.
Flexible DNA origami improves transport through mucus Read More »
A parallel fabrication method creates scalable optical neural networks for fast, accurate machine vision while sharply reducing production time.
Nanoprinting produces four million optical neurons in 15 minutes Read More »
An interactively addressable organic metadevice brings pixel-level programmability to visible-light metasurfaces. This opens up new perspectives for adaptive optical technologies for imaging, communication, sensing or wearable photonics.
Pixel-level control turns metasurfaces into programmable optical devices Read More »
