News

Pinpointing key daily windows could optimize analysis of mysterious fluctuations.

Team led by Yanxun Xu uses multivariate Gaussian process to personalize antiretroviral therapy and reduce side effects.

Missed doctor appointments, school tardiness, air pollution—Megan Latshaw unpacks a new CDC report on access to transportation.

Johns Hopkins and Columbia University computer scientists improve real-world AI applications by combating inaccurate correlations.

Understanding "dynamic partitioning" of proteins could advance treatment of diseases caused by dysregulation of cell signaling or movement.

Experts in optics, computer science, medical art, and gastroenterology tackle challenges in applying computer vision to colonoscopies.

Rajat Mittal and Jung-Hee Seo reach back to the 15th century to solve a 21st-century problem.

Pitch correction via neural network could expand possible applications beyond music production and into healthcare settings.

Grant recipients will receive funding to develop new artificial intelligence technologies to promote healthy aging.

In middle school, Erick Rocher watched a friend fight cancer. The experience proved formative.

Apple's AirTag privacy and relationship with Beeper come under scrutiny.

With his expertise in U.S. rural broadband, Emeka Ebo MS ’04 is connecting cities in Nigeria.