most citedAsymmetric transmission through a flux-controlled non-Hermitian scattering center

42 citations · 127 across the 5 of their papers we have counts for

collaborators

5 papers

quant-ph201630 cited

Wave emission and absorption at spectral singularities

P. Wang, L. Jin, G. Zhang +1

We studied the critical dynamics of spectral singularities. The system investigated is a coupled resonator array with a side-coupled loss (gain) resonator. For a gain resonator, th…

quant-ph20165 cited

Quantum phase transition induced by real-space topology

C. Li, G. Zhang, S. Lin +1

A quantum phase transition (QPT), including both topological and symmetry breaking types, is usually induced by the change of global parameters, such as external fields or global c…

quant-ph201411 cited

Transmission phase lapse in the non-Hermitian Aharonov-Bohm interferometer near the spectral singularity

G. Zhang, X. Q. Li, X. Z. Zhang +1

We study the effect of PT-symmetric imaginary potentials embedded in the two arms of an Aharonov-Bohm interferometer on the transmission phase by finding an exact solution for a co…

quant-ph201442 cited

Asymmetric transmission through a flux-controlled non-Hermitian scattering center

X. Q. Li, X. Z. Zhang, G. Zhang +1

We study the possibility of asymmetric transmission induced by a non-Hermitian scattering center embedded in a one-dimensional waveguide, motivated by the aim of realizing quantum…

quant-ph201439 cited

Conventional quantum phase transition driven by complex parameter in non-Hermitian PT-symmetric Ising model

C. Li, G. Zhang, X. Z. Zhang +1

A conventional quantum phase transition (QPT) can be accessed by varying a real parameter at absolute zero temperature. Motivated by the discovery of the pseudo-Hermiticity of non-…