Artificial Intelligence

News about UB’s artificial intelligence programs and related events. (see all topics)

First-of-their-kind ‘AI + X’ degrees to be offered at UB this fall
8/14/25
Newly approved programs will prepare students to use AI in other disciplines and be offered in collaboration with new Department of AI and Society.
UB workshops will train chemists in AI, thanks to half-million-dollar NSF grant
8/1/25
Funding will also support the development of a "machine learning for chemists’ course.
Scientists give robots a sense of touch with fabric that mimics human skin
7/31/25
The electronic textile sensor could be useful in manufacturing, robotic surgery, even prosthetic limbs in the near future.
AI-assisted sorting, other new technologies could improve plastic recycling
7/18/25
Review article analyzes the latest methods in plastic recycling guided by process systems engineering approaches.
Study: Quick, pain-free breast imaging system shows promise in early clinical tests
7/10/25
Automated scan takes less than a minute and produces AI-powered, clear 3D images.
How can AI be more energy efficient? UB researchers look to human brain for inspiration
7/1/25
Neuromorphic computing, which mimics architecture of brain, could support growing energy demands of AI.
UB to launch Department of AI and Society this fall
6/10/25
The department will harness artificial intelligence for the public good, and build upon UB’s longstanding leadership in AI and its role as New York’s flagship university.
UB launches AI and health science lecture series
6/4/25
The initiative kicks off June 10 as scholar Brian Athey will discuss how AI will affect academic health centers.
The key to spotting dyslexia early could be AI-powered handwriting analysis
5/14/25
AI shows promise detecting dyslexia and dysgraphia from what children write on paper and tablets, a new University at Buffalo-led study suggests.
Study: New imaging tech uses radar and AI to see through bandages, monitor wounds
4/24/25
Enables medical professionals to observe skin without removing dressings; aims to reduce secondary infections and save time for caregivers.

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