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! Congrats to Xu and Yuanjie, who led the development of method. This work solved the long-standing scarcity of experimental data in…
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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 collaborative paper about hole pocket superconductivity in electron-doped cuprates has been published in Nature Communications! Congrats to Zecheng, who carried out all theoretical simulations. This work revealed the coexisting large and small Fermi surface in electron-doped cuprates and the correlation between superconductivity and the hole-pocket.
Our paper about electronic entanglement witness has been published in Phys. Rev. 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.