A DOE National Quantum Information Science Research Center leading the way in next-generation quantum science and engineering. Member of the #QuantumQuintet.

Joined March 2021
595 Photos and videos
An interdisciplinary team of @QSAcenter researchers at @Caltech and @MIT, in partnership with @GoogleQuantumAI and @TeamOratomic, has demonstrated a new quantum approach for processing massive classical datasets. Access the preprint: arxiv.org/abs/2604.07639
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When it comes to qubits, diamonds with flaws are actually preferred. 💎 Known as nitrogen-vacancy centers, these atomic-scale "defects" can be controlled and used for ultrasensitive quantum sensors. bnl.gov/newsroom/news.php?a=…
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Q-NEXT researchers use computer simulations to uncover the relationship between the brightness and lifetime of certain energy transitions in molecular #qubits and how the molecule bonds with surrounding atoms. pubs.acs.org/doi/10.1021/jac… @uchicagopme @uchichemistry @uniperugianews
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New #C2QA research from @BrookhavenLab and NY Creates marks the first experimental demonstration of superconducting constriction junctions in functioning quantum devices. bit.ly/4dNWEwB
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Congrats to Prof. Paul Kwiat whose research group has now received 24 STTR grants, totaling $4.8M in quantum optics funding over the last 5 years! The latest 2 grants focus on developing reliable entangled photon sources for quantum comms and networking. iquist.illinois.edu/news/814…
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A @Stanford-led research team has built photonic cavities into thin diamond films with tin-vacancy centers. The device demonstrated a 26-times-faster spontaneous photon emission rate — promising for future diamond-based #quantum technologies. doi.org/10.1103/vwt7-b64x
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Fast, high-fidelity qubit control is essential for scalable #quantum computing, but conventional techniques often generate heat and degrade coherence. In a @NatureComms study, #C2QA researchers demonstrated a method that overcomes these limitations. đź”—: bit.ly/42LGFbJ
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Happening today! ⬇️
Next week, @Yale's Michael Hatridge takes the Quantum Thursdays stage with "Applications and limits of parametric driving in superconducting circuits." Join us virtually at 12 p.m. ET to learn more about this emerging area of #quantum research. Register: bit.ly/4uU8VVB
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New science highlight @doescience: SQMS Center research identifies niobium hydrides as a previously unaccounted-for source of noise in superconducting qubits. The finding gives researchers a clearer path toward higher performance quantum devices. #quantum bit.ly/4utYkAV
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Congratulations 🎉 to Q-NEXT collaborator and @uofigrainger Assistant Professor Chris Anderson on being named the James P. Gordon Memorial Speaker by @OpticaWorldwide. matse.illinois.edu/news/8303…
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Research from @Penn_State University, @UChicagoPME, and Q-NEXT, led by @Argonne, uncovers new insights into superconducting diamonds by carefully creating high-quality diamonds, isolating electronic signatures, and revealing mechanisms that long remained hidden. @ChicagoQuantum 🔗 Read more: pme.uchicago.edu/news/design…
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Research updates! ⚛️ @QSAcenter researchers @UNM studied how noisy, imperfect quantum systems can still outperform classical computers using special topological quantum states, even at nonzero temperatures. Access the preprint: arxiv.org/abs/2603.13626
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“Every day, we’re uncovering something new.” UChicago scientists demystified quantum technology at a live Big Brains podcast recording with 1440, exploring how this research could transform fields from medicine to computing. Full episode coming soon.
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Are you a high school student curious about #quantum but not sure where to start? We teamed up with @VT_Science to create a #quantum information science and engineering program for students like you. 📆 July 27-30 📍 Virtual ⬇️ Learn more and apply bit.ly/4sTlCzi
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#C2QA researchers demonstrated entanglement distillation on @IBM #quantum hardware, showing how noisy quantum links can be strengthened. Their results in @PhysRevResearch provide practical guidance for using this method in modular quantum systems. bit.ly/42rJnmn
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#C2QA researchers have boosted the lifetime of superconducting qubits from 0.1 milliseconds to 1.68 milliseconds — but they're not stopping there. Read more in @Nature's "Quantum computers will finally be useful: what’s behind the revolution:" go.nature.com/4agH8WC
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Preprint alert!đź”” @QSAcenter researchers @MIT @Harvard @harvardphysics have developed a new method to image & prepare atom arrays while maintaining the magnetic fields required for operation. arxiv.org/abs/2509.12124
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⚛️ What is co-design? ⚛️ How is #C2QA building quantum components and scalable architectures? ⚛️ Why is collaboration essential for impactful science? C2QA Director Charles Black discusses all this — and more — in a recent Quantum Builders webinar. youtube.com/watch?v=6gNL-6u0…
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