using SLHQuantumSystems

SQZ = squeezing_cavity("A")
FCV = cavity("B")

SYS1 = concatenate([SQZ,FCV],"sys")
SYS2 = feedbackreduce(SYS1,"A_out","B_in")

SS = QuantumStateSpace(SYS2)

QuantumStateSpace{ControlSystemsBase.Continuous, QuadratureBasis}
A = 
 0.9999999999999998A_ϵ - 0.4999999999999999(A_κ^2)                                                 0.0                     0.0                                     0.0
                                                 0  -0.9999999999999998A_ϵ - 0.4999999999999999(A_κ^2)                     0.0                                     0.0
                      -0.9999999999999998A_κ*B_B_κ                                                 0.0  (-0.4999999999999999 + 0.0im)(B_B_κ^2)   (0.9999999999999998 + 0.0im)B_B_Δ
                                               0.0                        -0.9999999999999998A_κ*B_B_κ  (-0.9999999999999998 + 0.0im)B_B_Δ      (-0.4999999999999999 + 0.0im)(B_B_κ^2)
B = 
   -0.9999999999999998A_κ                       0.0
                      0.0    -0.9999999999999998A_κ
 -0.9999999999999998B_B_κ                       0.0
                      0.0  -0.9999999999999998B_B_κ
C = 
 0.9999999999999998A_κ                    0.0  0.9999999999999998B_B_κ                      0.0
                   0.0  0.9999999999999998A_κ                      0.0  0.9999999999999998B_B_κ
D = 
 0.9999999999999998                 0.0
                0.0  0.9999999999999998

Continuous-time state-space model

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