Non-unitary dynamics
Many-body non-unitary dynamics can drive the system to non-thermal steady states which are hard to realize in the unitary dynamics.
Measurement driven entanglement phase transition
is constructed by using both local unitary gates and non-unitary single qubit projective measurement gates. We find a quantum phase transition through tuning the measurement strength with the order parameter as the entanglement entropy density. We explore by performing large scale simulation.
We further investigate the quantum dynamics at the critical point and study the in this hybrid quantum circuit by performing data collapse for both entanglement entropy and mutual information.
Emergent conformal symmetry in non-unitary random dynamics of free fermions
We find in non-unitary random free fermion dynamics and we show that the dynamics the correlation function arises out of a simple non-linear master equation.
