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From the College of Natural Sciences
New Research Points Way to Less Vulnerable Computer Memory

New Research Points Way to Less Vulnerable Computer Memory

Have you ever been working on a document on your computer and it suddenly crashes? Maybe the power goes out or there's a software glitch that causes it to freeze and you lose everything you've been working on for the past hour. New research published today in the journal Nature Communications might eventually lead to computers and other electronic devices that don't have this vulnerability.

Harrington Fellowship Supports Three Natural Sciences Graduate Students

Harrington Fellowship Supports Three Natural Sciences Graduate Students

Harrington Fellowship Supports Three Natural Sciences Graduate Students

Three winners of the university's most prestigious fellowship program, the Donald D. Harrington Fellows Program, are currently working in the College of Natural Sciences. The three graduate students—from California Institute of Technology, Georgia State and The University of Texas at Austin—are researching how planets form beyond our solar system, how our brains make associations between rewards and the environments in which we get them, and how corals respond and adapt to changes in their environment.

Computer Scientists at UT Austin Crack Code for Redrawing Bird Family Tree

Computer Scientists at UT Austin Crack Code for Redrawing Bird Family Tree

A new computational technique developed at The University of Texas at Austin has enabled an international consortium to produce an avian tree of life that points to the origins of various bird species. A graduate student at the university is a leading author on papers describing the new technique and sharing the consortium’s findings about bird evolution in the journal Science.

Brackenridge Field Lab Shines in National Report

Brackenridge Field Lab Shines in National Report

Jacob Heiling (BS '13) was already interested in biology when he started working as a greenhouse assistant at the Brackenridge Field Laboratory (BFL) as an undergraduate. The time he spent watching butterflies interact in the greenhouse sparked his interest in studying species interactions, and that led to an independent research project on the chemical ecology of bird-dispersed fruits.

DNA Reveals Local Adoption of New Technologies, Not Migration, Caused Cultural Changes in Ancient Illinois

DNA Reveals Local Adoption of New Technologies, Not Migration, Caused Cultural Changes in Ancient Illinois

DNA samples from North Americans who lived more 1,000 years ago in Illinois reveal that rapid cultural changes came from acceptance of new practices rather than from a population influx into the region, according to a new study from The University of Texas at Austin and Indiana University.