Read The Stories
POWERING RESEARCH THROUGHOUT THE LONE STAR STATE
TACC's leading role in University of Texas Research Cyberinfrastructure initiative enables discoveries by scholars throughout UT System
PREPARING FOR CHEMICAL ATTACKS WITH IMPROVED COMPUTER MODELS
UT San Antonio researchers develop tools to predict the dispersal of chemical plumes, pollutants
SUPERCOMPUTING THE 'HOW' OF CHEMICAL REACTIONS
Researchers from the University of Texas Rio Grande Valley use TACC systems to uncover the mechanisms behind chemical reactions
AN AI ONCOLOGIST TO HELP CANCER PATIENTS WORLDWIDE
MD Anderson researchers use supercomputers at the Texas Advanced Computing Center to develop, test treatment target identification tool for head and neck cancers
NEW CONTROL STRATEGY HELPS REAP MAXIMUM POWER FROM WIND FARMS
UT Dallas researchers use supercomputers at the Texas Advanced Computing Center to improve wind energy production
HANDS-ON SUPERCOMPUTING LABS PREPARE STUDENTS FOR CAREERS IN DRUG DISCOVERY
Biochemistry professor at The University of Texas Health Science Center at Tyler uses TACC systems for classroom instruction
ANTICIPATING THE DANGERS OF SPACE
Texas A&M, NASA and UT Medical Branch researchers use supercomputers at the Texas Advanced Computing Center to estimate radiation risks for low Earth orbits
BLAST, BUBBLE AND BRAIN INJURY
University of Texas at Arlington researchers use simulations to study brain damage from bomb blasts and materials for space shuttles
UT Dallas researchers use supercomputers to explore optical properties of plasmonic nanovesicles for drug delivery and studying molecules in the brain
TOOLS OF THE 21ST CENTURY: HPC, ANALYTICAL ULTRACENTRIFUGATION AND A NEW DETECTOR
Researchers from The University of Texas Health Science Center in San Antonio made a discovery about how the West Nile virus uses cell proteins to facilitate its replication
LOOKING TO NATURE FOR THE FUTURE OF CLEAN ENERGY
University of Texas at El Paso researchers use supercomputers at the Texas Advanced Computing Center to understand the basics of artificial photosynthesis
IMPROVING CANCER SURGERY WITH REAL-TIME IMAGE PROCESSING
MD Anderson researcher uses TACC supercomputers to simulate bioheat transfer and guide precision surgery
THE MYSTERY OF THE YELLOWING SUGARCANE
Researchers from UT Tyler and Sugar Research Australia use supercomputers at the Texas Advanced Computing Center to uncover the genetic roots of Yellow Canopy Syndrome
Researchers at the University of Texas Medical Branch explore DNA folding, cellular packing with supercomputer simulations
HOW PYTHONS REGENERATE THEIR ORGANS AND OTHER SECRETS OF THE SNAKE GENOME
University of Texas at Arlington researchers use supercomputers at the Texas Advanced Computing Center to study snake evolution, unique traits
ADVANCING CANCER IMMUNOTHERAPY WITH COMPUTER SIMULATIONS AND DATA ANALYSIS
Researchers use supercomputers at the Texas Advanced Computing Center to classify patients' immune response, design clinical trials and support community-wide efforts
TARGETED, HIGH-ENERGY CANCER TREATMENTS GET A SUPERCOMPUTING BOOST
Researchers use supercomputers at the Texas Advanced Computing Center to improve, plan, and understand the basic science of radiation therapy
REAL-TIME MRI ANALYSIS POWERED BY SUPERCOMPUTERS
Researchers from TACC, UT Health Science Center and Philips Healthcare develop a pipeline to power fast, accurate image processing for precision medicine