News: Cosmology, Theoretical Physics and Gravity

Read the latest news from the College of Natural Sciences at The University of Texas at Austin

Features

Lilienfeld Prize Winner Katherine Freese Researches Dark Matter

The winner of the 2019 Lilienfeld Prize, given annually by the American Physical Society for outstanding contributions in physics, develops theories about dark matter and what...

Portrait of a woman

Podcast

A Love Letter from Texas Scientists to the Periodic Table

We're celebrating the 150th anniversary of the periodic table. Join us as we tour the cosmos, from the microscopic to the telescopic, with four scientists studying...

A series of cupcakes arranged to look like the periodic table

UT News

Newly Identified Gravitational Waves Help Pinpoint Black Hole

The scientists looking for gravitational waves reported that last year they observed four additional ripples in space-time. During about a nine-month period, scientists including UT...

Artists rendition of two black holes about to collide in space

Features

Visualizing Science 2017: Finding the Hidden Beauty in College Research

Five years ago the College of Natural Sciences began an annual tradition called Visualizing Science with the intent of finding the inherent beauty hidden within...

This image shows the turbulent gas structures in a three-dimensional, multi-physics supercomputer simulation during the formation of such massive clusters, with the red-to-violet rainbow spectrum representing gas at high-to-low densities.

Podcast

Eyewitness to a Cosmic Car Wreck

What is the sound of two neutron stars colliding over 1 billion light years away?

Illustration of large explosion in space

Features

Testing General Relativity

Scientists from UT Austin once traveled to the Sahara Desert to observe a rare eclipse and used computers to model ripples in space and time...

A man stands on a ladder outside a white hut in the desert

Features

Can General Relativity, at 100, Withstand Some Holes?

Answering some of the biggest questions in astrophysics—for example, about black holes and the origin of the universe—might require overhauling general relativity.

Illustration of a black hole