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 International Year of Quantum 2025! Photos captured Berkeley Lab Berkeley Lab K-12 Program Sandia National Labs Q-NEXT Argonne National Lab

Our lead lab, Argonne National Lab, is advancing #quantum on numerous fronts - in computing, communication, sensing and materials. Learn more: ⬇️ #QuantumYear2025

Check out this #quantum algorithm workshop offered by our sibling center, SQMS Center ⬇️

.Q-NEXT is celebrating #QuantumYear2025 with our sibling centers: QSAcenter Quantum Science Center SQMS Center Co-design Center for Quantum Advantage (C2QA) Learn more about the #QuantumQuintet: nqisrc.org International Year of Quantum 2025

Argonne is pushing the frontiers of quantum tech—from computing to secure communications. As the lead lab for Q-NEXT, we're driving breakthroughs. Learn 6 ways we're advancing #quantum innovation ➡️ bit.ly/3HZbjqN

Scientists at Illinois Quantum Information Science & Tech Center 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…

QIS 101 Guest Speaker Spotlight ⚛️ 🎤 Last week, #C2QA Deputy Director and Pacific Northwest National Laboratory 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.

Researchers at The Grainger College of Engineering 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

#QuantumQuintet

A team at Illinois Quantum Information Science & Tech Center 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…

.@Argonne is building #quantum technologies from the ground up, leveraging its world-class expertise and science resources such as Advanced Photon Source and Argonne National Lab_lcf to push the bounds of quantum materials, communication and computing. youtu.be/E67MgNqJOGs?fe…

At the Argonne Quantum Foundry, Secretary Chris Wright 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.

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:

#QuantumQuintet

🎙️Hear how the QSC takes a multidisciplinary approach to developing quantum materials and technologies. physicsworld.com/a/oak-ridges-q…

Congratulations!

Researchers develop an algorithm to help #quantum computers simulate complex molecules, reducing the memory demands of a classical preselection algorithm and helping estimate the quantum resources for simulating larger chemical systems. 🔗pubs.acs.org/doi/10.1021/ac… @gagliardigroup

#QuantumQuintet

Benjamin Pingault of Argonne National Lab explores the colorful world of color-center #qubits, which are useful for sending information across a chip or a continent: anl.gov/article/creati…

#QuantumQuintet