RephiLe water/Unsplash
Cornell chemists have found a way to encapsulate a molecule’s quantum mechanical information so they can feed that – rather than simpler structural information – into ML algorithms, providing up to 100 times more accuracy than the current most popular method
Chris Kitchen for Cornell University
Researchers said enclosed fields, just off Cornell's campus, vastly expand the experiences of lab mice, which have only ever lived in a cage a little larger than a shoebox.
