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Contents

Installation
Getting Started
Example
Advanced
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- Design Parameterized Quantum Circuit (PQC)
API Reference
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- expval
- marginal_prob
- prob
- sample
- zeros
- to_state
- expectX
- expectY
- expectZ
- expectUnitary
- Hadamard
- PauliX
- PauliY
- PauliZ
- S
- T
- SX
- CNOT
- CZ
- CY
- SWAP
- ISWAP
- ECR
- SISWAP
- SQISWAP
- CSWAP
- Toffoli
- Rot
- RX
- RY
- RZ
- PhaseShift
- ControlledPhaseShift
- CPhase
- CPhaseShift00
- CPhaseShift01
- CPhaseShift10
- CRX
- CRY
- CRZ
- CRot
- U1
- U2
- U3
- PSWAP
- RXX
- RYY
- RZZ
- QubitUnitary
- ControlledQubitUnitary
- zeros
- to_state
- expectX
- expectY
- expectZ
- expectUnitary
- Hadamard
- PauliX
- PauliY
- PauliZ
- S
- T
- SX
- CNOT
- CZ
- CY
- SWAP
- ISWAP
- ECR
- SISWAP
- SQISWAP
- CSWAP
- Toffoli
- Rot
- RX
- RY
- RZ
- PhaseShift
- ControlledPhaseShift
- CPhase
- CPhaseShift00
- CPhaseShift01
- CPhaseShift10
- CRX
- CRY
- CRZ
- CRot
- U1
- U2
- U3
- PSWAP
- RXX
- RYY
- RZZ
- QubitUnitary
- ControlledQubitUnitary
- GHZ
- HHL
- QFT
- QPE
- CircuitCentricBlock
- Convolution
- JosephsonSampler
- MaxPooling
- CreateMatrix
- CreatePossibleState
- diffqcQubitDevice

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Advanced#

Design Parameterized Quantum Circuit (PQC)
- Expressivity and Entangle Capability
- Barren Plateaus

Design Parameterized Quantum Circuit (PQC)

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