Abstract: We study the entanglement spectrum of highly excited eigenstates of two known models that exhibit a many-body localization transition, namely the one-dimensional random-field Heisenberg mod...
Abstract: During the past decade, research into superconducting quantum bits (qubits) based on Josephson junctions has made rapid progress1. Many foundational experiments have been performed2–8, and...
Abstract: Integrated quantum photonics platforms, capable of integrating photon sources, quantum circuits and photon detectors on semiconductor chips by exploring micro- or nano-fabrication technolog...
Abstract: Intensive studies of entanglement properties have proven essential for our understanding of quantum many-body systems. In contrast, much less is known about the role of quantum nonlocality ...
Abstract: Chiral magnetic interactions in FeSi-type transition metals induce unusual spin structures that offer great potential for computing and storing information1. Emergent helical spin waves and...
Abstract: I will show how a trapped ion system can simulate both the Quantum Rabi Model (QRM) and the Two-Photon Quantum Rabi Model (TPQRM), in all relevant parameter regimes. These two paradigmatic ...