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In our latest preprint we look at the formation of stripes 🦓 at finite temperature 🌡 in the mixed dimensional t-J model, i.e. spin ⬇️⬆️and charge➖➕ see different dimensionalities (2D vs 1D) — check it out: arxiv.org/abs/2208.07366 Harvard Physics @QManyBody Munich Center for Quantum Science and Technology

We’re organizing an ITAMP workshop on quantum simulation of doped Hubbard models! It’s going to be tons of fun, see here for more details: lweb.cfa.harvard.edu/itamp-event/qu… @QManyBody Center for Astrophysics | Harvard & Smithsonian

Awesome talk by Henning Schloemer from @QManyBody today. Thanks for loaning him to us!

Find out how the co-CCNN went behind our backs 🤖 to find higher order and long range correlations in our newest preprint „Fluctuation based interpretable analysis scheme for quantum many-body snapshots“ — arxiv.org/abs/2304.06029 @QManyBody Munich Center for Quantum Science and Technology Universität Regensburg

What happens if you dope a triangular 🔺 lattice? It depends: is your dopant a hole 🕳 or a doublon ⬇️⬆️, and how hot 🔥 or cold 🥶 is it? There is something for everyone: FM, 120AFM, and even string signatures: arxiv.org/abs/2305.02342 @QManyBody Munich Center for Quantum Science and Technology Universität Regensburg

Robust stripes in the mixed-dimensional t−J model. Authors: Henning Schlömer, Annabelle Bohrdt, Lode Pollet, Ulrich Schollwöck, and Fabian Grusdt. Learn more in Physical Review Research: go.aps.org/3BfiKUf. #Magnetism #CondensedMatter

If you missed our 2023 #Quantum Science and Technology Awards Webinar, you can watch it on demand here: ow.ly/QyBm50OAwWn Congratulations again to our winners, Annabelle Bohrdt and Feihu Xu, for their outstanding contributions to advancing quantum technology 🏆 Chao-Yang Lu

Happy to see this work published in scipost SciPost Physics @[email protected] scipost.org/SciPostPhys.15… 🤖 📖

Today we wonder why we don’t have room temperature superconductors yet 🤔 but seriously, check out our newest preprint on superconductivity in mixed dimensional bilayer systems: arxiv.org/abs/2311.03349 Munich Center for Quantum Science and Technology Universität Regensburg

We prepared some holiday reading 🎄 📚 for you: What happens if you punch a hole into an SU(N) spin system? Hint: things get more colorful 🎉 read all about it here: arxiv.org/abs/2312.14137 Munich Center for Quantum Science and Technology Universität Regensburg with @QManyBody Kaden Hazzard, led by Henning Schlömer

More holiday reading 🎄📚 🎁 observing the formation of stripes 🦓 in a quantum gas microscope 🔬— read all about what we can learn about stripes if we look very closely 🔎 and at higher order correlations ⬆️🟡⬇️ here arxiv.org/abs/2312.14156 Munich Center for Quantum Science and Technology Universität Regensburg

Attending the American Physical Society march meeting? Make sure not to miss these talks, and gain insight into the exciting research done by the theory groups Universität München ⬇️

Successfully completed the 3rd edition of the #quantum #hockey match at the American Physical Society March Meeting in Minneapolis. Thanks to all the courageous players and also the spectators who made their way out to the Roseville Rink. Thanks also to Zurich Instruments and QuEra Computing for

Do you want to realize and probe 🔬 long-range superconducting order with repulsively interacting fermions in your lattice quantum simulator? We got you covered — read our proposal here: arxiv.org/abs/2406.02551 led by Henning Schlömer and Hannah Lange Munich Center for Quantum Science and Technology @QManyBody

We’ve built an interpretable transformer to analyze your (quantum) data for short and long range correlations 🤖 — check it out here: arxiv.org/abs/2407.21502 led by my former Master student Abhinav Suresh, with Henning Schlömer and Baran Hashemi Universität Regensburg Munich Center for Quantum Science and Technology