Q-NEXT
@qnextquantum
A DOE National Quantum Information Science Research Center leading the way in next-generation quantum science and engineering. Member of the #QuantumQuintet.
Q-NEXT's mission is to develop the science and technology for controlling and distributing #quantum information, bringing together 100 experts from across industry, academia and the @doescience national laboratories. ⚛️📽️🥁: youtu.be/PQdEBxU47Xc?si…
🎙️Hear how the QSC takes a multidisciplinary approach to developing quantum materials and technologies. physicsworld.com/a/oak-ridges-q…
New #quantum technology: A single neutral-atom trap accommodates two #qubit species. "Even though they’re very close to each other, just a few microns apart, lasers of different wavelengths allow the computer to ‘talk’ to one type of atom and not the other.” Learn more:
In a new @ScienceAdvances paper, @UWMadisonECE and @UWMadPhysics researchers demonstrate a simplified but ingenious method for trapping atoms of different species to make quantum bits, or qubits. engineering.wisc.edu/news/new-trapp…
Congratulations!
Congratulations to the 35 students and professors who completed QIS 101 this summer! 🎉 In six weeks, they tackled the equivalent of a 12-credit college course, diving into math, physics, and computer science topics that provide a foundation for real-world #quantum computing.
#QuantumQuintet
.@QSAcenter alumni are driving innovation and leadership in the quantum industry!👇Christian Jünger, a former postdoc project scientist @BerkeleyLab @LBNLcs @BerkeleyPhysics @QSAcenter is now the CEO and co-founder of YQuantum in Switzerland. physics.berkeley.edu/news/berkeley-…
At the Argonne Quantum Foundry, @SecretaryWright saw how scientists are building a reliable supply chain of quantum materials and devices. With Q-NEXT, Argonne is leading the charge to make quantum technologies scalable and accessible.
.@Argonne is building #quantum technologies from the ground up, leveraging its world-class expertise and science resources such as @advancedphoton and @argonne_lcf to push the bounds of quantum materials, communication and computing. youtu.be/E67MgNqJOGs?fe…
A team at @IllinoisQuantum and @UofIGrainger demonstrate a new way to teleport #quantum information with high accuracy, even between photons of different frequencies, using specially designed optical cavities. 🔗journals.aps.org/prl/abstract/1…
Researchers at @uofigrainger have identified favorable properties in a stoichiometric europium material with a layered structure, one that may have future implications in #quantum memory: iquist.illinois.edu/news/76360
QIS 101 Guest Speaker Spotlight ⚛️ 🎤 Last week, #C2QA Deputy Director and @PNNLab researcher Kai-Mei Fu shared how #quantum information can transform technology, highlighted key challenges, and encouraged students to use their skills to help build real-world solutions.
Scientists at @IllinoisQuantum and @UofIGrainger develop a new approach to better filter errors in a #quantum network, one that improves accuracy without needing to discard results afterward. journals.aps.org/pra/abstract/1…
Argonne is pushing the frontiers of quantum tech—from computing to secure communications. As the lead lab for @qnextquantum, we're driving breakthroughs. Learn 6 ways we're advancing #quantum innovation ➡️ bit.ly/3HZbjqN
.@qnextquantum is celebrating #QuantumYear2025 with our sibling centers: @QSAcenter @QuantumSciCtr @sqmscenter @C2QAdvantage Learn more about the #QuantumQuintet: nqisrc.org @QuantumYear2025
Check out this #quantum algorithm workshop offered by our sibling center, @sqmscenter ⬇️
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 📍 @thisisUIC tinyurl.com/57y876yh
Our lead lab, @argonne, is advancing #quantum on numerous fronts - in computing, communication, sensing and materials. Learn more: ⬇️ #QuantumYear2025
Argonne is pushing the frontiers of quantum tech—from computing to secure communications. As the lead lab for @qnextquantum, we're driving breakthroughs. Learn 6 ways we're advancing #quantum innovation ➡️ bit.ly/3HZbjqN
Thank you to the dedicated teachers, partners, and experts at the QCaMP 2025 summer cohort for your shared vision and hard work in advancing quantum training and education this @QuantumYear2025! Photos captured @BerkeleyLab @LBNLnext @SandiaLabs @qnextquantum @argonne
Q-NEXT was privileged to host six high school teachers for QCaMP, run by @QSAcenter. QCaMP trains participants on new ways to teach #quantum mechanics at the introductory level and beyond in the classroom. Thanks, teachers, for sharing your quantum journey with us!
Scientists at @uchicagopme present a new design for #quantum random access memory, which allows a quantum computer to look up multiple memory locations at once in a superposition. Learn more: journals.aps.org/prl/abstract/1…
#QuantumQuintet
.@QSAcenter is one of five @ENERGY National QIS Research Centers, alongside @qnextquantum @QuantumSciCtr @sqmscenter @C2QAdvantage. Discover more as we mark five years of pioneering quantum research and development during @QuantumYear2025 #IYQ25 nqisrc.org
Congratulations 🎉 to @UChicagoPME's Giulia Galli on winning the Berni J. Alder CECAM prize, given for exceptional contributions to the field of microscopic simulation of matter: pme.uchicago.edu/news/giulia-ga…
