public static void Attenuator(QuantumState state, ProtocolParams protocolParams)
{
state.Timeslot[0] = (state.Timeslot[0] - protocolParams.LaserPhotonNumberMin)/
(protocolParams.LaserPhotonNumberMax - protocolParams.LaserPhotonNumberMin);
state.Timeslot[1] = (state.Timeslot[1] - protocolParams.LaserPhotonNumberMin)/
(protocolParams.LaserPhotonNumberMax - protocolParams.LaserPhotonNumberMin);
state.Timeslot[2] = (state.Timeslot[2] - protocolParams.LaserPhotonNumberMin) /
(protocolParams.LaserPhotonNumberMax - protocolParams.LaserPhotonNumberMin);
}
public static void BeamSplit(QuantumState topState, QuantumState bottomState)
{
var sqrt2 = Math.Sqrt(2);
var sum = new ObservableCollection<Complex>(new[]
{
(topState.Timeslot[0] + bottomState.Timeslot[0])/sqrt2,
(topState.Timeslot[1] + bottomState.Timeslot[1])/sqrt2,
(topState.Timeslot[2] + bottomState.Timeslot[2])/sqrt2
});
var sub = new ObservableCollection<Complex>(new[]
{
(topState.Timeslot[0] - bottomState.Timeslot[0])/sqrt2,
(topState.Timeslot[1] - bottomState.Timeslot[1])/sqrt2,
(topState.Timeslot[2] - bottomState.Timeslot[2])/sqrt2
});
topState.Timeslot = sum;
bottomState.Timeslot = sub;
}
public static void PhaseShift(QuantumState state, int timeslot, double phase)
{
state.Timeslot[timeslot] *= Complex.Exp(Complex.ImaginaryOne * phase);
}
public static void Delay(QuantumState state)
{
state.Timeslot[2] = state.Timeslot[1];
state.Timeslot[1] = state.Timeslot[0];
state.Timeslot[0] = 0;
}
