Zebra finches’ ability to detect subtle, quick movements from their mothers helps them learn effective singing, according to research led by associate professor of psychology Michael Goldstein.
Warming oceans and an infectious wasting disease has devastated populations of large sunflower sea stars once abundant along the West Coast of North America, according to new research in Science Advances.
Negative thermal expansion, or NTE, is a rare but important phenomenon, and Cornell researchers have developed a better “map” for finding NTE in materials.
Two Cornell Tech master’s students have developed a prototype for augmented reality headsets to help people who are deaf or hard of hearing navigate one-on-one conversations.
A new book co-written by Janis Whitlock, a Cornell expert in adolescent self-injury, offers information, encouragement and support for parents and caretakers of children who self-injure.
Citizen science databases can be inconsistent, but Cornell researchers have developed a deep learning model that effectively corrects for location biases, leading to more reliable predictions.
A study of 765 million downloads from streaming service Spotify reveals clear patterns in musical preferences based on geography, gender, time of day and other considerations.
Cornell researchers have determined a distinct reproductive-system characteristic of pouched rats that could help in breeding of the rodents, which are excellent at detecting land mines.
