Usage

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from qubex.clifford import Clifford, CliffordGenerator, CliffordSequence, Pauli

from qubex.clifford import Clifford, CliffordGenerator, CliffordSequence, Pauli

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Pauli(1, "X")

Pauli(1, "X")

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Pauli(-1j, "XY")

Pauli(-1j, "XY")

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Clifford.I()

Clifford.I()

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X90 = Clifford.X90()
Z90 = Clifford.Z90()

print(X90)
print(Z90)

X90 = Clifford.X90() Z90 = Clifford.Z90() print(X90) print(Z90)

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X90.inverse

X90.inverse

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X90.compose(Z90)

X90.compose(Z90)

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X90.compose(X90.inverse).is_identity()

X90.compose(X90.inverse).is_identity()

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X90.apply_to(Pauli(1, "Y"))

X90.apply_to(Pauli(1, "Y"))

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X90.apply_to(Pauli(1, "Z"))

X90.apply_to(Pauli(1, "Z"))

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II = Clifford.II()
XI90 = Clifford.XI90()
IX90 = Clifford.IX90()
ZI90 = Clifford.ZI90()
IZ90 = Clifford.IZ90()
ZX90 = Clifford.ZX90()
CNOT = Clifford.CNOT()
CZ = Clifford.CZ()
SWAP = Clifford.SWAP()
ISWAP = Clifford.ISWAP()
BSWAP = Clifford.BSWAP()

print(II)
print(XI90)
print(IX90)
print(ZI90)
print(IZ90)
print(ZX90)
print(CNOT)
print(CZ)
print(SWAP)
print(ISWAP)
print(BSWAP)

II = Clifford.II() XI90 = Clifford.XI90() IX90 = Clifford.IX90() ZI90 = Clifford.ZI90() IZ90 = Clifford.IZ90() ZX90 = Clifford.ZX90() CNOT = Clifford.CNOT() CZ = Clifford.CZ() SWAP = Clifford.SWAP() ISWAP = Clifford.ISWAP() BSWAP = Clifford.BSWAP() print(II) print(XI90) print(IX90) print(ZI90) print(IZ90) print(ZX90) print(CNOT) print(CZ) print(SWAP) print(ISWAP) print(BSWAP)

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XI90.inverse

XI90.inverse

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XI90.compose(XI90.inverse)

XI90.compose(XI90.inverse)

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ZX90.apply_to(Pauli(1, "IZ"))

ZX90.apply_to(Pauli(1, "IZ"))

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seq0 = CliffordSequence.I()
seq0

seq0 = CliffordSequence.I() seq0

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seq1 = seq0.compose(X90)
seq1

seq1 = seq0.compose(X90) seq1

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seq2 = seq1.compose(Z90)
seq2

seq2 = seq1.compose(Z90) seq2

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seq1.clifford

seq1.clifford

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seq2.clifford

seq2.clifford

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CliffordSequence.II().compose(IX90).compose(XI90).clifford

CliffordSequence.II().compose(IX90).compose(XI90).clifford

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generator = CliffordGenerator()

generator = CliffordGenerator()

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generator.get_cliffords("1Q")

generator.get_cliffords("1Q")

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generator.get_random_clifford_sequences(
    n=5,
    type="1Q",
    seed=0,
)

generator.get_random_clifford_sequences( n=5, type="1Q", seed=0, )

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seqs, inv = generator.create_rb_sequences(
    n=10,
    type="1Q",
    seed=0,
)

print("Random Cliffords:")
for seq in seqs:
    print(seq)
print()
print("Inverse of the Clifford sequence:")
print(inv)

seqs, inv = generator.create_rb_sequences( n=10, type="1Q", seed=0, ) print("Random Cliffords:") for seq in seqs: print(seq) print() print("Inverse of the Clifford sequence:") print(inv)

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seqs, inv = generator.create_irb_sequences(
    n=10,
    interleave={
        "I": (1, "I"),
        "X": (1, "Y"),
        "Y": (-1, "X"),
        "Z": (1, "Z"),
    },
    type="1Q",
    seed=0,
)

print("Random Cliffords:")
for seq in seqs:
    print(seq)
print()
print("Inverse of the Clifford sequence:")
print(inv)

seqs, inv = generator.create_irb_sequences( n=10, interleave={ "I": (1, "I"), "X": (1, "Y"), "Y": (-1, "X"), "Z": (1, "Z"), }, type="1Q", seed=0, ) print("Random Cliffords:") for seq in seqs: print(seq) print() print("Inverse of the Clifford sequence:") print(inv)

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generator.generate_1q_cliffords(max_gates=7)

generator.generate_1q_cliffords(max_gates=7)

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generator.save("1Q")

generator.save("1Q")

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generator.generate_1q1q_cliffords()

generator.generate_1q1q_cliffords()

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generator.save("1Q1Q")

generator.save("1Q1Q")

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generator.generate_2q_cliffords(two_qubit_gate=ZX90)

generator.generate_2q_cliffords(two_qubit_gate=ZX90)

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generator.save("2Q")

generator.save("2Q")

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seqs = generator.get_random_clifford_sequences(
    n=10,
    type="2Q",
    seed=0,
)
display(seqs)

seqs = generator.get_random_clifford_sequences( n=10, type="2Q", seed=0, ) display(seqs)

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seq = seqs[0]

print(seq)
print(seq.clifford)

seq = seqs[0] print(seq) print(seq.clifford)

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seq_inv = generator.get_inverse(seq, "2Q")
print(seq_inv)
print(seq_inv.clifford)

seq_inv = generator.get_inverse(seq, "2Q") print(seq_inv) print(seq_inv.clifford)

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seq.clifford.compose(seq_inv.clifford).is_identity()

seq.clifford.compose(seq_inv.clifford).is_identity()

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seqs, inv = generator.create_rb_sequences(
    n=5,
    type="2Q",
    seed=0,
)

print("Random Cliffords:")
for seq in seqs:
    print(seq)
print()
print("Inverse of the Clifford sequence:")
print(inv)

seqs, inv = generator.create_rb_sequences( n=5, type="2Q", seed=0, ) print("Random Cliffords:") for seq in seqs: print(seq) print() print("Inverse of the Clifford sequence:") print(inv)

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seqs, inv = generator.create_irb_sequences(
    n=5,
    type="2Q",
    interleave=Clifford.ZI90(),
)

print("Random Cliffords:")
for seq in seqs:
    print(seq)
print()
print("Inverse of the Clifford sequence:")
print(inv)

seqs, inv = generator.create_irb_sequences( n=5, type="2Q", interleave=Clifford.ZI90(), ) print("Random Cliffords:") for seq in seqs: print(seq) print() print("Inverse of the Clifford sequence:") print(inv)