Content by University of Chicago
A magnetic topological insulator was discovered to have the potential to build optical storage devices during basic research
| 3 min read
Researchers discover steroid candidates for inducing trained immunity, opening a new approach to fighting disease
| 3 min read
Patches made from sensors, cells, and gel pave a path for future treatment options
| 3 min read
Analysis of a common preservative used to kill pathogens in food shows that it affects beneficial bacteria as well
| 3 min read
Chemists hope to lay foundation for greener chemistry by adding a key-ingredient to electrochemistry
| 3 min read
Study led by UChicago astronomer may tell us about how planets form
| 2 min read
Method to replace carbon with nitrogen atom has been "top of wish list"
| 3 min read
Structure of polyelectrolyte complexes could lead to better drugs and technology, say scientist
| 2 min read
Researchers use new tool to isolate five previously unknown CaMKII inhibitors
| 3 min read
A newly developed material can stretch more than twice its original length without disrupting its ability to emit light
| 3 min read
Economic method to create MXene material could enable new electronics or energy storage methods
| 3 min read
A team of researchers can now understand, at an atomic level, exactly what occurs when lithium-ion batteries degrade
| 4 min read
"Like conductive Play-Doh:" breakthrough could point way to new class of materials for electronics, devices
| 3 min read
The demonstration of efficient optical control of spin order has great potential for device applications
| 3 min read
Increasing lithium selectivity in electrochemical intercalation
| 2 min read
Page 1 of 5 - 71 Total Items
