Cornell's Laboratory of Plasma Studies has joined the newly established Inertial Fusion Science and Technology Hub, known as RISE, a multi-institutional consortium to advance inertial fusion energy as a power source that could change the world.
A Cornell-led team used ultrafast laser spectroscopy to scrutinize a key intermediate state during singlet fission and found that in certain molecules the intermediate can be directly generated with a strikingly simple technique.
Researchers led by Cornell have discovered an unusual phenomenon in a metal-insulating material, providing valuable insights for the design of materials with new properties by way of faster switching between states of matter.
Karen Vogtmann is among 120 members and 30 international members who were elected in 2022, in recognition of their distinguished and continuing achievements in original research.
Using state-of-the-art tissue engineering techniques and a 3D printer, researchers at Weill Cornell Medicine and Cornell Engineering have assembled a replica of an adult human ear that looks and feels natural.
A new Cornell-led project aims to use and reduce carbon dioxide emissions and residue from aluminum recycling – a carbon-heavy process – to produce high value products and address climate change.
A world expert at using mechanical strain to precisely manipulate the properties of materials, Malinowski is particularly interested in superconductors.
A NIH-funded project, led by Itai Cohen, professor of physics, will use the fruit fly to study how the brain processes multisensory information involved in flight, possibly offering insight into human neurological function.