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Three people stand silhouetted  in front of a wall-sized video display that shows several large colorful illustrations of molecules
Biotech advances from UT’s new Deep Proteins group are changing the game with help from artificial intelligence.Working as a chemist in Houston, Danny Diaz spent a lot of time plodding his way through crosstown traffic, pondering how to speed up his research.“I realized that my impact in the short term would be limited to the amount of chemistry experiments I could do with my hands,” he recalled. Read More
Daehyeok Kim, Aditya Akella, and Venkat Arun against an abstract background of shapes.
The job of building computer networks that train and run large AI models is becoming increasingly complicated because traditional network designs can’t operate at the higher speeds that the AI workloads require and need to be tuned to a variety of communication endpoints (such as CPUs, graphics processing units and AI accelerators) that have widely different characteristics, including data generation speeds. Moreover, AI workloads require advanced network monitoring capabilities to quickly diagnose and resolve performance bottlenecks. Read More
Number 10 - BEST UNDERGRADUATE COMPUTER SCIENCE IN THE NATION, US NEWS & WORLD REPORT
The 2024-2025 rankings tout undergraduate computer science at The University of Texas at Austin as among the ten best nationally. Read More
The UT Programming Team (from left to right) Aaryan Prakash, Caleb Hu, Mark Wen, and coach Trung Dang.
On Thu, Sep 19, 2024, the UT Programming Team competed at the International Collegiate Programming Contest (ICPC) 2023-24 48th World Finals hosted by the Kazakhstan Competitive Programming Federation in Astana, Kazakhstan. Read More
Four quadrants of scientific-images come together, with webs showing bright spots for star formation, galaxy clustering, identifications of galaxies that are labeled and a futuristic network.
The University of Texas at Austin has been selected to lead the NSF-Simons AI Institute for Cosmic Origins, a new $20 million research initiative focused on using AI to explore the universe’s biggest mysteries, from dark matter to the origins of life. Greg Durrett, Associate Professor of Computer Science at UT, is a co-investigator on this groundbreaking project, further cementing UT’s leadership in AI research. Read Article
A statue of a blindfolded woman in a toga holding a scale in one hand and a sword in the other, representing the legal system
With AI now being easily accessible to the public, should AI be regulated? If so, how? Marc Airhart sits down with lawyer and UT Law lecturer Matthew Murrell to talk about the risks unregulated AI pose, ChatGPT training data, and if regulation could stifle innovation and competition.  Read Article
Shravan Narayan standing in front of beach.
UT professor Shravan Narayan, in collaboration with researchers from UC San Diego, Purdue, Google, Intel, Fastly, and Rivos, were finalists for the Intel Hardware Security Academic Award.Their publication, titled Going Beyond the Limits of SFI: Flexible and Secure Hardware-Assisted In-Process Isolation with HFI, presents HFI, a new extension for in-process isolation to current processors. Read More
A statue of a blindfolded woman in a toga holding a scale in one hand and a sword in the other, representing the legal system
Artificial intelligence is very loosely regulated in the U.S. What kinds of laws would help make AI safer and more useful for everyone? Read Article
Three people standing in a robotics lab looking at a screen involving robotics.
The University of Texas at Austin has introduced what is believed to be the first undergraduate robotics program in the country that allows high school students to apply directly as part of their freshman admissions application. The honors program will integrate students as soon as they arrive on campus into the immersive and interdisciplinary curriculum, which includes hands-on research, engineering and computer science coursework, and participation in UT’s top-ranked Texas Robotics’ events and programs. Read Article
Vista, a new AI-centric system at TACC, is in full production for the open science community. Credit: Texas Advanced Computing Center
NSF-funded system expands TACC’s capacity for AI with Arm-based NVIDIA technology Read Article