Showcasing the #quantumquintet 🎊 Thank you, Quantum.Tech for an exciting event.

Today Fermilab welcomed the first (and second) baby bison of 2025! 🎊 🦬Visitors are encouraged to stop by to see the newest members of the herd. For hours and ID requirements visit: fnal.gov/pub/community/… news.fnal.gov/2025/04/spring…

🌟 Submissions are officially open for the Quantum 100: A Global Snapshot of Careers & Community! 🌟 This major initiative will recognize and champion the people around the world who are moving quantum forward - and we want to hear from you! For more information and details on

New #sciencehighlight from our partners Fermilab Lockheed Martin NASA Ames USRA ⚛️ Gauging the computational power of the SQMS Center’s high-quality superconducting cavities for qudit-based quantum algorithms. Research published in Quantum Science & Technology 🔗 shorturl.at/tcvlo

We are delighted to welcome Travis L. Scholten to the SQMS Center Ecosystem Advisory Board!

✍️ Submissions are still open for the Brilliant Poetry Competition 2025! Celebrate #IYQ2025 with poems inspired by quantum physics 🌌 🗓️ Deadline: June 20 🔗 thebrilliantpoetry.com #QuantumPoetry #BrilliantPoetry #Quantum2025 #IYQ2025

Quantum mechanics was born a century ago. What’s next for the mind-bending field? sciencenews.org/article/quantu…

Are you passionate about educating the next generation of #quantum scientists? We're #hiring teaching assistants for our QIS 101: Foundations of Quantum Information Science. QIS 101 is a virtual program that will run June 9-July 18. Learn more and apply: bit.ly/4dEw32T

The SQMS team is focused on ultrahigh-quality-factor superconducting cavity technologies in our quest to develop scalable “qudit-based” #quantum computing and communication architectures - read more in our new Physics World feature. Fermilab DOE Office of Science physicsworld.com/a/superconduct…

From breakthrough materials to world-class qubits — the future of quantum is superconducting. The SQMS Center is proud to be driving innovation in quantum information science and technology as part of the national effort to achieve quantum leadership. #IYQ2025 DOE Office of Science

In partnership with the National Quantum Algorithm Center and in celebration of #IYQ2025, SQMS and IBM present a workshop focused on quantum algorithms and applications for both high-energy physics and chemistry. 🗓️ Aug. 18-20 📍 University of Illinois Chicago tinyurl.com/57y876yh

.SQMS Center focuses on tackling one of the major challenges in quantum information science: decoherence. The lifetime of quantum states, or coherence time, is the length of time that a qubit can effectively store and process information. Learn more: sqmscenter.fnal.gov.

Today, I visited @FERMILab where America’s top minds are utilizing AI, Quantum, and particle physics to streamline energy innovation and push the bounds of possibility.

Thank you Secretary Chris Wright for an exciting visit at SQMS!

One week left to apply for the Quantum Algorithms and Applications for Physics and Chemistry workshop. ⚛️Event hosted at University of Illinois Chicago and supported by IBM and Chicago Quantum Exchange. More info: tinyurl.com/2zptkwh5

.U.S. Department of Energy's Secretary Chris Wright visited Fermilab recently to see how the lab is driving American leadership in fundamental sciences and discovery, including in cutting-edge fields like artificial intelligence. news.fnal.gov/2025/07/secret…

Meet MacKenzie Ring, one of our amazing Fermilab mechanical technicians. In her role, MacKenzie cleans and assembles experiments and then installs them in dilution refrigerators. "I really enjoy being part of the process that brings concepts to life."⚛️💚 news.fnal.gov/2025/07/a-minu…

We love welcoming interns to the SQMS Center! Fermilab Fermilab Education Office

Happy #NationalInternDay! Working alongside our scientific, engineering, computing, and operations professionals, our interns support and advance particle physics and accelerator research. 🤩 Learn more about internship opportunities at internships.fnal.gov.

Non-linear quantum mechanical evolution permits different branches of the quantum state wave-function to communicate with each other. This experiment improves the current bounds on such non-linearities by a factor of 50. Fermilab Johns Hopkins University ⚛️ sqmscenter.fnal.gov/a-test-of-the-…