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Quantum nerds trapping ions at MIT. Very serious. Tweets do not reflect the views of the Massachusetts Institute of Technology. https://nitter.gq/t.co/kQZux0KkUx

Cambridge, MA
Joined March 2020
Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)Photo by QuantaMIT (@MitQuanta)
Let's be clear: #BlackLivesMatter, and they matter a hell of a lot more than high-impact papers or babysitting our lasers. We encourage our friends and colleagues to participate in the #Strike4BlackLives this Wednesday. #ShutDownSTEM #QuantumTwitter particlesforjustice.org/
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Check out our new publication exploring quantum information processing applications within the metastable manifolds of 40Ca+ ions (@kyledebry et al.) in @PhysRevLett: journals.aps.org/prl/pdf/10.…
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With the sequence we developed, we were able to correctly distinguish these non-orthogonal rotations in a *single* ternary (qutrit) measurement of our ion with over 99% accuracy!
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If you've made it this far, you should probably click here to read the actual paper: journals.aps.org/prl/pdf/10.…
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June 15: Noisy dynamical systems evolve error correcting codes and modularity @trevormccrt1 @FieteGroup nitter.gq/bdanubius/status/16696…
#134: Noisy dynamical systems evolve error correcting codes and modularity @trevormccrt1 @FieteGroup "Noise punishes connectivity because errors can propagate further and faster in more densely connected networks." arxiv.org/abs/2303.14448
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Now out in Applied Physics Letters from CQE lead authors X. Shi (grad student), S.L. Todaro (postdoc), MIT-CQE member Colin D. Bruzewicz, John Chiaverini, Isaac L. Chuang and co-authors ” Ablation loading of barium ions into a surface-electrode trap” Read:pubs.aip.org/aip/apl/article…
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#134: Noisy dynamical systems evolve error correcting codes and modularity @trevormccrt1 @FieteGroup "Noise punishes connectivity because errors can propagate further and faster in more densely connected networks." arxiv.org/abs/2303.14448
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Jim Hartle passed away. He wrote a wonderful book that helped me learn general relativity As a 22 year old grad student, I spent 6 months at the Institute for Theoretical Physics (ITP) at UCSB, where Hartle was the Director. I was intimidated by him: he was the Director!
I just learned that Jim Hartle unfortunately passed away. You can learn more about him here web.physics.ucsb.edu/~hartle… He visited us a few times in Leuven and I remember him being a very pleasant and friendly person to talk to.
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Is it *really* feasible that our intelligence was created by evolution alone? In my latest preprint with @FieteGroup, @MitQuanta, @iaifi_news, I take a little, academia-sized chip out of this question. 🧵⤵️
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Excited for a return to in-person DAMOP! Come say hi to us! We’ve got talks from @susanna_todaro and @kyledebry Wednesday morning in H09, and a poster by Jasmine Sinanan-Singh tomorrow afternoon in F01
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Congrats to @BobNiffenegger, a former post-doc from the Lincoln side of the group, who has moved a great distance to open his own group
I am excited to announce that I will be joining the faculty at ⁦⁦@UMassAmherst⁩ this fall as an Assistant Professor in ECE and will be starting a trapped ion quantum computing lab in their new Physical Sciences Building! ⁦@umassengin⁩ ⁦⁦ @Research_UMass⁩
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Looking through the DAMOP epitome like
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Q09.00007: Chip-integrated detectors for trapped ions U09.00006: Optimizing voltage waveforms for ion-shuttling operations
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And even though there's no free beer this year, you should definitely still check out the poster session: N01.00081: Towards a robust system for cryogenic multi-species ion trapping N01.00083: Continuous variable quantum computing with trapped ions
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