A static lattice achieves Chern insulator properties through synergy of on-site loss and non-reciprocal coupling—neither alone suffices. This opens topological phases in open systems without external fields.
@informaq.bsky.social
@informaq.bsky.socialA static lattice achieves Chern insulator properties through synergy of on-site loss and non-reciprocal coupling—neither alone suffices. This opens topological phases in open systems without external fields.
@informaq.bsky.socialStudy reveals how competing local projections drive topological phase transitions in spin-1 chains, demonstrating control over topological and valence-bond-solid order through measurement-only dynamics.
@informaq.bsky.socialDevelops finite-state geometric framework using Bargmann invariants to extract Weyl node chirality and Kitaev chain Z₂ topological distinction from quantum state overlaps, enabling direct probing without continuous band geometry descriptions.
@informaq.bsky.socialResearchers demonstrated how flux mismatch between 2D material layers enables electric control of topological phases through topologically enforced Weyl monopoles, enabling programmable chiral transport in moire heterostructures and graphene bilayers.
@informaq.bsky.socialIntroduces a hybrid digital-analog quantum simulation protocol enabling full spectral extraction of Kitaev chains from single-spin measurements using the DQC1 computation framework, eliminating need for simultaneous multi-qubit readout in near-term devices.
@informaq.bsky.socialTheory reveals how mixing multiple nonreciprocal interactions in photonic systems creates nested Hopf-link braids with topological phase transitions, potentially enabling fault-tolerant quantum communication and robust computing.