Measurement-induced phase transition in a 1D random quantum circuit
Layer: 0S(L/2): 0.000Phase: -
Measurement-induced phase transitions (Li et al 2018, Chan et al 2019): random unitary circuits
evolve toward volume-law entanglement S~L (quantum information scrambling).
Frequent measurements project the state, driving toward area-law S~const.
The transition at p_cā0.16 is a new type of quantum phase transition.
Here we track bipartite entanglement using stabilizer entropy (simulated via correlation matrix).