Part of our group participated in the APS Global Physics Summit in Denver. Yao gave an invited talk; Zecheng and Prakash presented their papers.
Together with great Emory colleagues Luiz, Ajit, Wladimir, and Xiazi, we co-organized a local workshop on “Highly Entangled Quantum Materials” at Emory University. This three-day symposium was very successful, and we are grateful to all participants for the engaging discussions, as well as to ICAM and the Moore Foundation for…
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Yao gave an invited talk about multi-partite entanglement in the Rice eQMC Workshop on Hidden Orders and Quantum Entanglement.
Our paper about interacting Dicke model, has been published in Physical Review Letters! Congrats to Joao. This work combined the variational non-Gaussian method with DMRG and applied to light-matter interaction problems. It revealed new many-body phases in the strong-coupling and strongly correlated system.
Yao was invited again this year to speak at the the 13th International Symposium on Ultrafast Dynamics and Ultrafast Bandgap Photonics held at Hersonissos, Greece, delivering the presentation about light control of entanglement and spin-triplet superconductivity
Our collaborative paper with Dr. Liu and Dr. He, which uses domain-adversarial machine learning to identify fluctuating and long-range ordered superconductivity from ARPES spectrum, has been published in Newton! Our story is also selected as the cover! Congrats to Xu and Yuanjie, who led the development of method. This work…
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Yao gave a talk about electron-phonon coupling in TBG at the Nature Conference on Competing Orders in Quantum Materials.
Our entire group participated in the APS Global Physics Summit in Anaheim. Haoran, Zecheng, Chendi, Prakash, Tongtong, and Luogen presented their papers.
Our paper about electronic entanglement witness has been published in Physical Review X! Congrats to Tongtong, Luogen, and Jiarui. This work establishes a theoretical framework for characterizing multipartite entanglement in indistinguishable many-electron systems. It also provides an x-ray-based strategy to witness electronic entanglement in quantum materials.
Our paper about Fock-state quantum Monte Carlo has been published in Commun. Phys! Congrats to Shuhan and Shaozhi. This work establishes a new strategy for sampling electronic Fock states using QMC, relevant for analog quantum simulations.