CU Boulder Physics (@cuboulderphys) 's Twitter Profile
CU Boulder Physics

@cuboulderphys

Official Twitter account for the Department of Physics at the University of Colorado Boulder. #CUBoulderPhysics #PhysicsBuffs #BeBoulder

ID: 476271733

linkhttps://www.colorado.edu/physics calendar_today27-01-2012 23:29:38

563 Tweet

542 Followers

277 Following

CU Boulder Engineering 🦬 (@cuengineering) 's Twitter Profile Photo

🎓Congrats, Class of 2025! This week, #CUEngineering celebrated a distinguished & historic graduating class, including ~1,300 undergraduate students, the largest in college history, and 800 master's and doctoral students. Welcome to the #ForeverBuffs family! 💛🖤🦬 CU Boulder 🦬

CU Boulder 🦬 (@cuboulder) 's Twitter Profile Photo

CU Boulder welcomes Tuan Anh Nguyen, incoming physics PhD student and 2025 Hertz Fellow! 👏 This elite fellowship supports the nation’s most promising doctoral researchers—and Nguyen is one of just 19 recipients this year. bit.ly/42VQt3M

CU Boulder welcomes Tuan Anh Nguyen, incoming physics PhD student and 2025 Hertz Fellow! 👏

This elite fellowship supports the nation’s most promising doctoral researchers—and Nguyen is one of just 19 recipients this year.
bit.ly/42VQt3M
CU Boulder 🦬 (@cuboulder) 's Twitter Profile Photo

Support for university research has an impact beyond students, faculty and the local economy—it benefits every American. It drives job creation, protects against reliance on imported critical technology and keeps the U.S. at the forefront of progress.

JILA (@jilascience) 's Twitter Profile Photo

In a recent study published in Science Magazine, by JILA and National Institute of Standards and Technology Fellows and CU Boulder 🦬 CU Boulder Physics professors Jun Ye and Ana Maria Rey, interactions between atoms are explored in depth, focusing on superexchange processes that occur in a three-dimensional optical lattice.

In a recent study published in <a href="/ScienceMagazine/">Science Magazine</a>, by JILA and <a href="/NIST/">National Institute of Standards and Technology</a> Fellows and <a href="/CUBoulder/">CU Boulder 🦬</a> <a href="/CUBoulderPhys/">CU Boulder Physics</a> professors Jun Ye and Ana Maria Rey, interactions between atoms are explored in depth, focusing on superexchange processes that occur in a three-dimensional optical lattice.
CU Boulder Physics (@cuboulderphys) 's Twitter Profile Photo

Students at CU Boulder 🦬 are getting a unique perspective on the quantum field through a program they themselves are helping to shape. 🤝 ✔️ quantum ✔️ community ✔️ fellowships CU’s Quantum Scholars program: colorado.edu/physics/2025/0… CU Boulder Engineering 🦬 CU Boulder College of Arts and Sciences

Students at <a href="/CUBoulder/">CU Boulder 🦬</a> are getting a unique perspective on the quantum field through a program they themselves are helping to shape. 🤝

✔️ quantum
✔️ community
✔️ fellowships 

CU’s Quantum Scholars program: colorado.edu/physics/2025/0…

<a href="/CUEngineering/">CU Boulder Engineering 🦬</a> <a href="/CUArtsSciences/">CU Boulder College of Arts and Sciences</a>
Dennis V. Perepelitsa 🇺🇦🇺🇲 (@profdvp) 's Twitter Profile Photo

Pics of our CU Boulder Physics experimental nuclear physics group at the Brookhaven Lab RHIC/AGS Users Meeting! Grad student Sam Liechty won a Merit Award, post-doc JaeBeom Park and grad student Dan Lis gave sPHENIX talks, and I was happy to contribute to the "RHIC 25" Symposium.

Pics of our <a href="/CUBoulderPhys/">CU Boulder Physics</a> experimental nuclear physics group at the <a href="/BrookhavenLab/">Brookhaven Lab</a>  RHIC/AGS Users Meeting!

Grad student Sam Liechty won a Merit Award, post-doc JaeBeom Park and grad student Dan Lis gave sPHENIX talks, and I was happy to contribute to the "RHIC 25" Symposium.
National Institute of Standards and Technology (@nist) 's Twitter Profile Photo

The best random numbers in nature: NIST and CU Boulder 🦬 have created a free public service that uses quantum entanglement to broadcast truly random numbers, which could be used for everything from fair audits to strong cryptographic keys. nist.gov/news-events/ne…

The best random numbers in nature: NIST and <a href="/CUBoulder/">CU Boulder 🦬</a> have created a free public service that uses quantum entanglement to broadcast truly random numbers, which could be used for everything from fair audits to strong cryptographic keys.

nist.gov/news-events/ne…
Dennis V. Perepelitsa 🇺🇦🇺🇲 (@profdvp) 's Twitter Profile Photo

Exciting start of sPHENIX data-taking with Au+Au beams at the Brookhaven Lab Relativistic Heavy Ion Collider! Our CU Boulder Physics team Tanner Mengel, Dan, Joey, and Sam were in the control room for first collisions, and myself as (a very tired) Shift Leader the week after. 💪

Exciting start of sPHENIX data-taking with Au+Au beams at the <a href="/BrookhavenLab/">Brookhaven Lab</a> Relativistic Heavy Ion Collider!

Our <a href="/CUBoulderPhys/">CU Boulder Physics</a> team <a href="/tanner_mengel/">Tanner Mengel</a>, Dan, Joey, and Sam were in the control room for first collisions, and myself as (a very tired) Shift Leader the week after. 💪
JILA (@jilascience) 's Twitter Profile Photo

JILA Fellow Jun Ye is featured in Knowable Magazine for his groundbreaking work capturing the universe in attoseconds — that’s a billionth of a billionth of a second! Discover how his research is redefining precision and unlocking the secrets of dark matter. knowablemagazine.org/content/articl…

JILA (@jilascience) 's Twitter Profile Photo

On Wednesday, May 14th, over 115 students, postdoctoral researchers, staff, research scientists, and principal investigators attended the second Industry Spotlight Seminar, surpassing the record-breaking attendance from the inaugural event in this series the month prior. This

On Wednesday, May 14th, over 115 students, postdoctoral researchers, staff, research scientists, and principal investigators attended the second Industry Spotlight Seminar, surpassing the record-breaking attendance from the inaugural event in this series the month prior. This
CU Boulder Physics (@cuboulderphys) 's Twitter Profile Photo

An ion clock is measuring time down to the 19th decimal place 🤯 The team of scientists behind this work includes CU Boulder 🦬 physics PhD students, faculty and alumni!