def hamiltonian_use_addhc(self):
res1 = qubit.Oscillator(
E_osc=6.0,
truncated_dim=4 # up to 3 photons (0,1,2,3)
)
res2 = qubit.Oscillator(
E_osc=5.5,
truncated_dim=7
)
# Form a list of all components making up the Hilbert space.
hilbertspace = HilbertSpace([res1, res2])
g1 = 0.29
interaction1 = InteractionTerm(
g_strength=g1,
op1=res1.annihilation_operator(),
subsys1=res1,
op2=res2.creation_operator(),
subsys2=res2,
add_hc=True
)
interaction_list = [interaction1]
hilbertspace.interaction_list = interaction_list
return hilbertspace.hamiltonian()
def hamiltonian_use_addhc(self):
res1 = scq.Oscillator(E_osc=6.0, truncated_dim=4)
res2 = scq.Oscillator(E_osc=5.5, truncated_dim=7)
# Form a list of all components making up the Hilbert space.
hilbertspace = HilbertSpace([res1, res2])
g1 = 0.29
hilbertspace.add_interaction(
g=g1,
op1=res1.annihilation_operator,
op2=res2.creation_operator,
add_hc=True,
)
return hilbertspace.hamiltonian()