An AI-powered tool is helping researchers uncover genetic clues to rare diseases, potentially accelerating diagnoses and treatments for conditions that affect only a fraction of the population.

Research from Carnegie Mellon University explains what happens when large language models overestimate their own abilities and how humans can build trust.

To help faculty, students and alumni transform their research into the next generation of companies, Carnegie Mellon University's Project Olympus and the National Science Foundation Innovation Corps ...

Using their novel Freeform Reversible Embedding of Suspended Hydrogels (FRESH) 3D bioprinting technique, which allows for the printing of soft living cells and tissues, the Feinberg lab has built a ...

Using chemistry and computational modeling, CMU chemistry and engineering faculty are working to manipulate the properties of polymers to make upcycling plastics easier.

(CTP) Researchers at Carnegie Mellon University’s Center for Transformational Play are hoping a virtual trip into the watery abyss will inspire connection with ocean ecosystems, even for people who’ve ...

Carnegie Mellon engineering researchers have developed programmable pixels that could advance infrared light applications.

Katie Eisenman has been selected as the first place winner of the 2025 George Washington Prize, an award given annually in recognition of academic excellence, commitment to service, and leadership.

Engineering researchers used microwave synthesis to produce MXenes, a material that protects surfaces from radiation, 25 times faster usingin a way that is 75% less energy.

The NACDA Athletics Director of the Year Award, now in its 27th year, recognizes athletics directors across all levels of collegiate athletics for their commitment to student-athlete success, ...