module
module
IndisputableMonolith.Gravity.QuantumChannel.PhysicalChannelAmplitudeLinear
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used by (1)
depends on (2)
declarations in this module (27)
-
abbrev
PhysicalChannelResponseOf -
abbrev
canonicalT0T8JointDynamics -
theorem
physicalChannelResponse_isAmplitudeLinear -
def
physicalChannelLinearExtension -
theorem
physicalChannelLinearExtension_eq_inducedChannel -
theorem
density_only_physicalChannelResponse_eq_zero -
theorem
not_exists_nontrivial_density_only_physicalChannelResponse -
theorem
canonicalT0T8JointDynamics_physicalChannelResponse_recognitionUpdate -
theorem
canonicalT0T8JointDynamics_recognitionUpdate_isAmplitudeLinear -
theorem
canonicalT0T8JointDynamics_recognitionUpdate_not_density_only -
structure
PhysicalChannelAmplitudeLinearCert -
def
physicalChannelAmplitudeLinearCert -
theorem
physicalChannelAmplitudeLinearCert_inhabited -
theorem
T0T8_unconditional_physical_channel_amplitude_linear_one_statement -
abbrev
ManyBodyChannelLedger -
def
IsManyBodyAmplitudeLinear -
def
binaryPhysicalChannelLinearWitness -
theorem
binaryPhysicalChannelLinearWitness_apply -
def
manyBodyPhysicalChannelLinearMap -
def
manyBodyPhysicalChannelResponse -
theorem
manyBodyPhysicalChannelResponse_isAmplitudeLinear -
theorem
manyBodyPhysicalChannelResponse_tprod -
theorem
manyBody_local_density_only_collapse -
structure
ManyBodyPhysicalChannelAmplitudeLinearCert -
def
manyBodyPhysicalChannelAmplitudeLinearCert -
theorem
manyBodyPhysicalChannelAmplitudeLinearCert_inhabited -
theorem
T0T8_many_body_physical_channel_amplitude_linear_one_statement