Fermilab retweeted
ORNL, @Fermilab and @MEEAee are collaborating to develop a strategic approach for improving the energy performance of aging buildings.
Read more ⬇️
bit.ly/4e8FMAf
Fermilab retweeted
BHSU has officially become an institutional member of the Deep Underground Neutrino Experiment (DUNE), joining an international collaboration of more than 1,500 collaborators representing 228 institutions in 38 countries and CERN. Read more 🔗 bit.ly/3UHsV1h
Fermilab retweeted
One year ago today, @doescience announced the renewal of its five National Quantum Information Science Research Centers, including SQMS @Fermilab
SQMS founding director @GrassellinoSRF reflects on six years of discovery and what's next:
news.fnal.gov/2026/10/six-ye…
Fermilab retweeted
Neutrinos are the most abundant massive particle in the universe, they come in 3 types: muon, electron, and tau. Scientists know that neutrinos change from one type to another as they travel. One goal of Fermilab experiments like DUNE & NOvA is to better understand this process.
Fermilab retweeted
From detecting dark matter to advancing quantum computing! ⚛️
With support from Energy I-Corps, @Fermilab researchers refined their commercialization strategy for QICK, an open-source quantum control system.
Read their story: bit.ly/4BGe3kb
Fermilab retweeted
From fusion devices to microchips built for extreme conditions, new Genesis Mission Phase II projects show the range of SI-enabled engineering. @CFS_energy is developing a fusion digital twin & @Fermilab will use SI to design high-performance chips. energy.gov/articles/energy-d…

ALT Cover image for "Genesis Mission Phase II Award Recipient." Features include logos for the U.S. Department of Energy, Genesis Mission, and Commonwealth Fusion Systems. The text highlights acceleration towards commercial fusion energy using an AI-enabled digital twin platform for SPARC, led by Commonwealth Fusion Systems LLC. Design includes a stylized white arc pattern on a black background.
Fermilab retweeted
ORNL is partnering with @Fermilab and @MEEAee to explore how smarter upgrades could make aging buildings more efficient, affordable to operate and comfortable.
Read more ⬇️
bit.ly/4e8FMAf
Fermilab retweeted
Tiny particles can point to big mysteries. With contributions from Argonne, the @Fermilab Muon g-2 experiment has set the world's most stringent direct limit on the muon's electric dipole moment, a property that could reveal new physics if detected: bit.ly/4zw7dff
Fermilab retweeted
Tiny particles can point to big mysteries. With contributions from Argonne, the @Fermilab Muon g-2 experiment has set the world's most stringent direct limit on the muon's electric dipole moment, a property that could reveal new physics if detected: bit.ly/4zw7dff
Fermilab retweeted
Replying to @ORNL
@ORNL, Fermilab, and the Midwest Energy Efficiency Alliance signed a memorandum of understanding to develop a phased retrofit strategy for Fermilab Village, a 114-building campus that includes housing, laboratories, offices and support facilities. bit.ly/4e8FMAf
Fermilab retweeted
Can AI cut microchip design time from months to minutes?
Purdue ECE researchers are helping answer that question! They're part of a @Fermilab-led project developing chips that can withstand extreme conditions for quantum computing, fusion energy and more.
bit.ly/genesis-axess
Fermilab retweeted
Congrats to @Fermilab on its Genesis Mission @ENERGY award. The project, AXESS, will further custom microelectronics design by using #SuperIntelligence to develop chips that can function in extreme environments. @UCSDPhysics prof @jmgduarte is co-PI. bit.ly/4ypFko9
Fermilab retweeted
Quantum systems are very fragile, for future applications it is important to make long-lived, sturdy quantum systems. Fermilab scientists use advanced material characterization techniques and theoretical models to study qubits to build the next generation of quantum processors.
Fermilab retweeted
Building powerful quantum computers requires precise control of their most fundamental components: qubits.
Researchers @Fermilab developed QICK to control and read out qubits with precision, and more than 500 scientists worldwide use it today: news.fnal.gov/2026/06/fermil…
Fermilab retweeted
Chris Polly, one of four representatives who accepted the 2026 Breakthrough Prize in Fundamental Physics on behalf of the Muon g-2 collaborations, reflected on the decades of work and collaboration behind the groundbreaking measurement of the muon’s magnetic moment. He expressed his appreciation for the Breakthrough Prize for recognizing the hundreds of scientists who dedicate their lives to uncovering fundamental facts about our world and for celebrating the collective effort behind these discoveries.
Fermilab retweeted
#DidYouKnow @Fermilab quantum sensors are used to search for theoretical dark matter particles, called axions. In a strong magnetic field, axions can convert into photons. Quantum sensors can detect single photons from axions.
Fermilab retweeted
The National QIS Research Centers are heading to IEEE Quantum Week #QCE26 ⚛️ ✈️
Stop by booth 710 to meet our teams, learn about our research, and explore collaboration opportunities.
@QSAcenter @qnextquantum @QuantumSciCtr @C2QAdvantage
Fermilab retweeted
#ExplainIn20Seconds Ever wondered what quantum uncertainty means? This animation explains it. #FermilabTech #Quantum
Fermilab retweeted
Researchers are putting neutrino-hunting technology to the ultimate stress test.
"It’s like building a lightning storm inside of a detector."
#DUNEscience @Fermilab @CERN bnl.gov/newsroom/news.php?a=…
Fermilab retweeted
🥳 Happy Anniversary SQMS Center!
Happy anniversary to the SQMS Center! 🎉 Since the center began in 2020, SQMS has worked to advance superconducting quantum science and technology, building new capabilities and a community that shares a scientific mission.
sqmscenter.fnal.gov




























