U of U's College of Science
@uofu-science.bsky.social
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uofu-science.bsky.social
"The second I open my door I hear a loud roar. The team runs back to our car, but the back door is still open. The bear tries its best to infiltrate. Luckily, our car horn scares it away."

Read more about Nathan Murphy's research experience in Turkey ⬇️
Reposted by U of U's College of Science
utahchemistry.bsky.social
A molecule that enables microbes to eat methane: read the story from attheU highlighting our chemists' discovery of critical steps bacteria take to oxidize potent greenhouse gas and how they interact in larger microbial communities.
attheu.utah.edu/research/a-m...
A molecule that enables microbes to eat methane - @theU
U chemists discover critical steps bacteria take to oxidize potent greenhouse gas and how they interact in larger microbial communities.
attheu.utah.edu
uofu-science.bsky.social
The explosion of animal life in Earth’s oceans half a billion years ago during and after the Cambrian Period is commonly attributed to a substantial rise of free oxygen (O2) in seawater.

New research reveals that O2 levels rose and fell long after marine animals appeared.
Oxygen came late to ocean depths during Paleozoic | College of Science
Oxygen came late to ocean depths during Paleozoic September 4, 2025 Thallium isotopes show O2 levels rose and fell at the ocean floor long after marine animals appeared and diversified half billion ye...
science.utah.edu
uofu-science.bsky.social
The National Science Foundation's CAREER program finds talented researchers and gives them funding to expedite their career growth.

Mathematics's Anna Little was among those announced as recipients of the $550,000 prize. Little’s work uses geometric methods for high-dimensional data analysis.
Anna Little: Above the Noise | College of Science
Anna LIttle: Above the Noise August 13, 2025 Above: Anna Little, awardee of the NSF Career Grant In the constant chaotic communication of the modern day it is vitally important to find promising indiv...
science.utah.edu
uofu-science.bsky.social
Safety Day 2025!

Workshops included mental health crisis de-escalation, basic first aid, fire extinguisher training, overview of student resources, and much more.

Thank you to everyone involved! We can't wait for next year 🧯
uofu-science.bsky.social
The @utah.edu's new L. S. Skaggs Applied Science Building features kinetic art installations by Bruce Shapiro, including programmable 15-foot chain sculptures and a robotic sand-drawing piece that demonstrate motion control as an emerging art medium attheu.utah.edu/facultystaff...
Kinetic art adorns L. S. Skaggs Building - @theU
Featured in the atrium and foyer of the L. S. Skaggs Building are the art pieces Three Medusae and Sisyphus, both created by artist Bruce...
attheu.utah.edu
uofu-science.bsky.social
U of U atmospheric scientist Kevin Perry is making waves in The Washington Post! 🌊 His research on toxic dust from the shrinking Great Salt Lake is crucial work - while biking 2,700+ miles across the exposed lakebed studying particles that could impact millions www.washingtonpost.com/climate-envi...
As the Great Salt Lake dries up, clouds of dangerous dust blow into boomtowns
Dozens of dust events probably happen each year across the 120-square-mile playa once covered by the Great Salt Lake. But there are no comprehensive state or federal records of them.
www.washingtonpost.com
uofu-science.bsky.social
U researchers recently discovered protected crystalline micro-environments at Great Salt Lake. These support an array of organisms that could hold clues to life on Mars, which contains similar lake beds.

“If there ever was life on Mars it would have been in these bodies of water.”
Life on Mars? Great Salt Lake May Hold Clues | College of Science
life on Mars? Great Salt Lake may hold some clues August 14, 2025 Above: Great Salt Lake Utah’s Great Salt Lake is a place of extremes, and its ecosystem is evidence that life can thrive under some of...
science.utah.edu
Reposted by U of U's College of Science
uofu-science.bsky.social
Physics professor John Matthews is on the lookout for signs of violent cosmic events—possibly even black holes colliding. 60 telescopes spread across 1,000 square miles of Central Utah are investigating these mysterious events.

“They’re big, huge, violent objects with extreme electric fields."
Utah scientists search deep space for traces of violent events
Scientists with the University of Utah are using a thousand square miles of desert near Delta to scan for evidence of violent events in deep space.
ksltv.com
Reposted by U of U's College of Science
wilkescenter.bsky.social
Globally, forests have the biggest potential to mitigate climate change. Trees absorb vast amounts of carbon that would otherwise be in the atmosphere exacerbating the climate crises.
uofu-science.bsky.social
"When students tell me they used to be afraid of math but now enjoy it, that’s incredibly rewarding. I know many people carry bad math experiences, but I believe hard work matters more than innate talent. If you’re willing to put in effort—you’ll succeed."
Humans of the U | College of Science
Humans of the U: Dalyana Guerra July 22, 2025 Above: Dalyanna Guerra My grandma was a teacher, and my mom studied teaching, so I grew up surrounded by educators. In high school, Math was my favorite s...
science.utah.edu
uofu-science.bsky.social
Physics professor Pierre Sokolsky has won the Yodh Prize, recognizing his impact on the understanding of cosmic rays.

Sokolsky played an instrumental role in the development of the atmospheric fluorescence technique as a method for exploring the highest energy cosmic rays.
Physics Pioneer Pierre Sokolsky, Yodh Prize | College of Science
Physics Pioneer Pierre Sokolsky awarded the 2025 Yodh Prize July 23, 2025 Above: Pierre Sokolsky To many, the (literally) rarefied air of the field of ultra high energy cosmic ray physics can prove el...
science.utah.edu
Reposted by U of U's College of Science
utah.edu
Our Astronomy observatory has a new home!
Reposted by U of U's College of Science
uofupresident.bsky.social
Thanks to KSL5TV and @utah.edu alum Matt Johnson for coming out to the ribbon cutting of our new L.S. Skaggs Applied Science and renovated William Stewart buildings which complete our state of the art Crocker Science Complex. #UofU #ImpactUniversity #GoUtah!
uofu-science.bsky.social
Donors, policymakers, university leaders, and business luminaries praised the L. S. Skaggs Applied Science Building as a visionary investment in scientific research.

Read more about the new building and what the ribbon-cutting ceremony speakers had to say about the future of science in Utah:
Where inquiry meets impact - @theU
The new L. S. Skaggs Applied Science Building completes the 275,000-square-foot Crocker Science Complex, a celebration of science and our shared belief in a better...
attheu.utah.edu