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Tags in the documentation tutorials:

  • advanced (12)
    • Advanced Error Mitigation Pipeline: Combining PT, DDD, REM, and ZNE
    • Defining Hamiltonians as Linear Combinations of Pauli Strings
    • Learning quasiprobability representations with a depolarizing noise model
    • Solving MaxCut with Mitiq-improved QAOA
    • Estimating the potential energy surface of molecular Hydrogen with ZNE and OpenFermion
    • Estimating the potential energy surface of molecular Hydrogen with ZNE and PennyLane + Cirq
    • Using ZNE and learning-based methods to mitigate the 1D transverse-longitudinal Ising model
    • Use ZNE to simulate quantum many body scars with Qiskit on IBMQ backends
    • Using ZNE to compute the energy landscape of a variational circuit with Braket
    • Mitigating the energy landscape of a variational circuit with Mitiq
    • Mitigating the energy landscape of a variational circuit with Mitiq and PennyLane
    • Using ZNE to compute the energy landscape of a variational circuit with Qiskit
  • basic (12)
    • Mitiq with Braket
    • Breaking into error mitigation with Mitiq’s calibration module
    • CDR with Qrack as Near-Clifford Simulator
    • Error mitigation with Cirq on IBMQ backends
    • Digital dynamical decoupling (DDD) with Qiskit on GHZ Circuits
    • Digital dynamical decoupling (DDD) with Mirror Circuits
    • Error mitigation on IBMQ backends with Qiskit
    • Probabilistic error cancellation (PEC) with Mirror Circuits
    • Error mitigation with Pennylane on IBMQ backends
    • Error mitigation with Qibo using noisy simulation
    • Noise Scaling Methods
    • Zero-noise extrapolation with Braket on the IonQ backend
  • beginner (1)
    • Using the UCC Compiler with Mitiq’s Error Mitigation
  • bqskit (1)
    • Improving the accuracy of BQSKit compiled circuits with error mitigation
  • braket (3)
    • Mitiq with Braket
    • Using ZNE to compute the energy landscape of a variational circuit with Braket
    • Zero-noise extrapolation with Braket on the IonQ backend
  • calibration (1)
    • Breaking into error mitigation with Mitiq’s calibration module
  • cdr (2)
    • CDR with Qrack as Near-Clifford Simulator
    • Using ZNE and learning-based methods to mitigate the 1D transverse-longitudinal Ising model
  • cirq (19)
    • Advanced Error Mitigation Pipeline: Combining PT, DDD, REM, and ZNE
    • CDR with Qrack as Near-Clifford Simulator
    • Error mitigation with Cirq on IBMQ backends
    • Composing techniques: Digital Dynamical Decoupling and Zero Noise Extrapolation
    • Composing techniques: Readout Error Mitigation and Zero Noise Extrapolation
    • Digital dynamical decoupling (DDD) with Mirror Circuits
    • Defining Hamiltonians as Linear Combinations of Pauli Strings
    • Learning quasiprobability representations with a depolarizing noise model
    • Solving MaxCut with Mitiq-improved QAOA
    • Estimating the potential energy surface of molecular Hydrogen with ZNE and OpenFermion
    • Estimating the potential energy surface of molecular Hydrogen with ZNE and PennyLane + Cirq
    • Probabilistic error cancellation (PEC) with Mirror Circuits
    • Zero-Noise Extrapolation with Pauli Twirling
    • Using ZNE and learning-based methods to mitigate the 1D transverse-longitudinal Ising model
    • Robust Shadow Estimation with Mitiq
    • Noise Scaling Methods
    • Classical Shadows Protocol with Cirq
    • Mitigating the energy landscape of a variational circuit with Mitiq
    • ZNE on Stim backend with Cirq: Logical randomized benchmarking circuits
  • ddd (4)
    • Advanced Error Mitigation Pipeline: Combining PT, DDD, REM, and ZNE
    • Composing techniques: Digital Dynamical Decoupling and Zero Noise Extrapolation
    • Digital dynamical decoupling (DDD) with Qiskit on GHZ Circuits
    • Digital dynamical decoupling (DDD) with Mirror Circuits
  • intermediate (10)
    • Improving the accuracy of BQSKit compiled circuits with error mitigation
    • Composing techniques: Digital Dynamical Decoupling and Zero Noise Extrapolation
    • Composing techniques: Readout Error Mitigation and Zero Noise Extrapolation
    • Hands-on lab on error mitigation with Mitiq.
    • ZNE with Qiskit: Layerwise folding
    • ZNE with Qiskit: Simulation of Loschmidt Echo Revival
    • Zero-Noise Extrapolation with Pauli Twirling
    • Robust Shadow Estimation with Mitiq
    • Classical Shadows Protocol with Cirq
    • ZNE on Stim backend with Cirq: Logical randomized benchmarking circuits
  • ionq (1)
    • Zero-noise extrapolation with Braket on the IonQ backend
  • pec (2)
    • Learning quasiprobability representations with a depolarizing noise model
    • Probabilistic error cancellation (PEC) with Mirror Circuits
  • pennylane (3)
    • Estimating the potential energy surface of molecular Hydrogen with ZNE and PennyLane + Cirq
    • Error mitigation with Pennylane on IBMQ backends
    • Mitigating the energy landscape of a variational circuit with Mitiq and PennyLane
  • pt (2)
    • Advanced Error Mitigation Pipeline: Combining PT, DDD, REM, and ZNE
    • Zero-Noise Extrapolation with Pauli Twirling
  • qibo (1)
    • Error mitigation with Qibo using noisy simulation
  • qiskit (12)
    • Breaking into error mitigation with Mitiq’s calibration module
    • CDR with Qrack as Near-Clifford Simulator
    • Error mitigation with Cirq on IBMQ backends
    • Digital dynamical decoupling (DDD) with Qiskit on GHZ Circuits
    • Hands-on lab on error mitigation with Mitiq.
    • Error mitigation on IBMQ backends with Qiskit
    • ZNE with Qiskit: Layerwise folding
    • ZNE with Qiskit: Simulation of Loschmidt Echo Revival
    • Probabilistic error cancellation (PEC) with Mirror Circuits
    • Error mitigation with Pennylane on IBMQ backends
    • Use ZNE to simulate quantum many body scars with Qiskit on IBMQ backends
    • Using ZNE to compute the energy landscape of a variational circuit with Qiskit
  • qrack (1)
    • CDR with Qrack as Near-Clifford Simulator
  • rem (2)
    • Advanced Error Mitigation Pipeline: Combining PT, DDD, REM, and ZNE
    • Composing techniques: Readout Error Mitigation and Zero Noise Extrapolation
  • shadows (2)
    • Robust Shadow Estimation with Mitiq
    • Classical Shadows Protocol with Cirq
  • stim (1)
    • ZNE on Stim backend with Cirq: Logical randomized benchmarking circuits
  • ucc (1)
    • Using the UCC Compiler with Mitiq’s Error Mitigation
  • zne (28)
    • Advanced Error Mitigation Pipeline: Combining PT, DDD, REM, and ZNE
    • Improving the accuracy of BQSKit compiled circuits with error mitigation
    • Mitiq with Braket
    • Breaking into error mitigation with Mitiq’s calibration module
    • Error mitigation with Cirq on IBMQ backends
    • Composing techniques: Digital Dynamical Decoupling and Zero Noise Extrapolation
    • Composing techniques: Readout Error Mitigation and Zero Noise Extrapolation
    • Hands-on lab on error mitigation with Mitiq.
    • Defining Hamiltonians as Linear Combinations of Pauli Strings
    • Error mitigation on IBMQ backends with Qiskit
    • ZNE with Qiskit: Layerwise folding
    • ZNE with Qiskit: Simulation of Loschmidt Echo Revival
    • Solving MaxCut with Mitiq-improved QAOA
    • Estimating the potential energy surface of molecular Hydrogen with ZNE and OpenFermion
    • Estimating the potential energy surface of molecular Hydrogen with ZNE and PennyLane + Cirq
    • Error mitigation with Pennylane on IBMQ backends
    • Zero-Noise Extrapolation with Pauli Twirling
    • Error mitigation with Qibo using noisy simulation
    • Using ZNE and learning-based methods to mitigate the 1D transverse-longitudinal Ising model
    • Use ZNE to simulate quantum many body scars with Qiskit on IBMQ backends
    • Noise Scaling Methods
    • Using ZNE to compute the energy landscape of a variational circuit with Braket
    • Mitigating the energy landscape of a variational circuit with Mitiq
    • Mitigating the energy landscape of a variational circuit with Mitiq and PennyLane
    • Using ZNE to compute the energy landscape of a variational circuit with Qiskit
    • Using the UCC Compiler with Mitiq’s Error Mitigation
    • Zero-noise extrapolation with Braket on the IonQ backend
    • ZNE on Stim backend with Cirq: Logical randomized benchmarking circuits
  • All tags

All tags#

Tags in the documentation tutorials:

  • advanced (12)
  • basic (12)
  • beginner (1)
  • bqskit (1)
  • braket (3)
  • calibration (1)
  • cdr (2)
  • cirq (19)
  • ddd (4)
  • intermediate (10)
  • ionq (1)
  • pec (2)
  • pennylane (3)
  • pt (2)
  • qibo (1)
  • qiskit (12)
  • qrack (1)
  • rem (2)
  • shadows (2)
  • stim (1)
  • ucc (1)
  • zne (28)

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