USC engineers develop a material that can withstand temperatures exceeding 600°C while dumping heat into space and protecting ...

In a new Nature Sustainability commentary, USC Viterbi researcher argues advanced water modeling can reduce uncertainty and ...

The USC Viterbi and Stevens researchers' automated system analyzes multilingual job postings to identify deceptive ...

BME50 - A USC Viterbi bioengineer's implantable device that any researcher can use, modify, and build on is nearly ready for ...

During his career at the USC Institute for Creative Technologies within USC Viterbi and USC Stevens, Professor Jonathan Gratch has helped define the science of affective computing and its role in ...

USC Viterbi and USC Stevens engineers reveal how AI models misinterpret emotional cues from audio and video, and introduce a ...

BME50 - At the Alfred E. Mann Department of Biomedical Engineering's 50th anniversary symposium, four researchers showed how ...

USC pioneer honored for grid-computing breakthroughs that helped reshape large-scale science and anticipated the cloud ...

Each year, the USC Institute for Creative Technologies at USC Viterbi and USC Stevens hosts a summer program where visiting ...

BME50 - A USC neurosurgeon and engineer argues that the tools to monitor the brain cheaply and without surgery are within ...

USC Viterbi scientists built a device of five thin atomic layers that could make memory chips dramatically denser, cheaper, and powerful enough to run AI on your phone without sending a single byte to ...

BME50 - A USC Viterbi bioengineer is building digital tumors, cell by cell, with a goal that could change how oncologists treat breast cancer: knowing in advance which patients immunotherapy will ...