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.

#NonHermitianPhysics #TopologicalPhases #Research

New mapping connects two non-Hermitian system families through Lanczos transformation, revealing how asymmetric couplings relate to gain-loss mechanisms with applications to quantum control and exceptional point physics.

#NonHermitianPhysics #QuantumControl #Research

Novel variational technique successfully extends non-perturbative computational methods to negative-coupling quantum field theories, enabling precision calculations of PT-symmetric systems on lattices with applications to Higgs physics.

#QuantumFieldTheory #NonHermitianPhysics #Research

Researchers observe self-sustained limit-cycle oscillations in coupled photon condensates driven purely by dissipative interactions, demonstrating that non-Hermitian dynamics can organize complex many-body behavior without conservative nonlinearities.

#PhotonicQuantum #NonHermitianPhysics #Research