Pavel Stránský
Contact: Contact
Česky English
Logo
Last updated: 18.4.2024
λf = 1.74
FIRST -10 -5 -2 -1   +1 +2 +5 +10 LAST
δ
0.31
λi level direction›››
0 0 F0 1 F0 2 F
0 3 F0 25 F0 30 F
0 35 F0 100 F0 110 F
0 120 F0 205 F0 310 F
0 415 F1 0 B2 0 B
3 0 B4 0 B 

Quantum quench in the Extended Dicke Model
Level dynamics (J=10, even states, ω=ω0=1, δ=0.3)
[Minimum of energy - ESQPT (2,1) - ESQPR (2,2) - quench]
Level dynamics line
Survival probability > 10-5
[Participation ratio - Heisenberg time]
Strength function
[Minimum - ESQPT (2,1) - ESQPR (2,2) - mean energy]
Survival probability Strength function
Survival probability log Strength function log
Survival probability log Strength function log
Participation ratio (smoothed) [ESQPT (2,1) - ESQPR (2,2)]
Participation ratio line
Heisenberg time (smoothed) [ESQPT (2,1) - ESQPR (2,2)]
Heisenberg time line
Peres lattices with strength function elements > 10-4
[Minimum - ESQPT (2,1) - ESQPR (2,2) - mean energy]
Peres lattice <N>
Peres lattice <J3>
Peres lattice <M>