qit.seq

Control sequences

Contents

Seq([tau, control, name])	Piecewise constant control sequences for quantum systems.
nmr(a[, name])	Convert a sequence of NMR-style rotations into a one-qubit control sequence.
bb1(theta[, phi, location])	Sequence for correcting pulse length errors.
corpse(theta[, phi])	Sequence for correcting off-resonance errors.
scrofulous(theta[, phi])	Sequence for correcting pulse length errors.
knill([phi])	Sequence for robust pi pulses.
dd(name, t, *[, amp, n])	Dynamical decoupling and refocusing sequences.
propagate(s, seq[, out_func, base_dt])	Propagate a state in time using a control sequence.

Functions

bb1(theta[, phi, location])	Sequence for correcting pulse length errors.
corpse(theta[, phi])	Sequence for correcting off-resonance errors.
dd(name, t, *[, amp, n])	Dynamical decoupling and refocusing sequences.
knill([phi])	Sequence for robust pi pulses.
nmr(a[, name])	Convert a sequence of NMR-style rotations into a one-qubit control sequence.
propagate(s, seq[, out_func, base_dt])	Propagate a state in time using a control sequence.
scrofulous(theta[, phi])	Sequence for correcting pulse length errors.

Classes

Seq([tau, control, name])

Piecewise constant control sequences for quantum systems.