Forest-Benchmarking

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Installation Guide
Quick Start Guide

Observable Estimation

Observable Estimation and Error Mitigation

QVCC Routines:

Tomography
Direct Fidelity Estimation
Randomized Benchmarking
Robust Phase Estimation
Readout Error Estimation
Spectroscopic and Analog Measurements of Qubits

Holistic Benchmarks

Classical Logic
Quantum Volume

Visualization

Plotting

Fitting

Estimate parameters from Fits

Basic Compilation

Basic Compilation
- Basic Compile
- Helper Functions
- Gates
  - _RY
  - _RX
  - _X
  - _H
  - _T
  - _CNOT
  - _SWAP
  - _CCNOT

Distance Measures

Distance Measures

Operator and Superoperator tools

Superoperator representations
Superoperator tools
Random Operators and Superoperators
Apply Superoperator
Calculational Tools
Channel Approximation
Compose Superoperators
Project State to physical
Project Superoperators
Superoperator Transformations
Validate Operators
Validate Superoperators

Entangled States

Entangled States

Utils

Utilities

Tutorials

Direct Fidelity Estimation
Distance measures
Entangled States
Hinton Plots
Observable Estimation
Quantum Volume
Qubit spectroscopy: CZ Ramsey measurement example
Qubit spectroscopy: Rabi measurement example
Qubit spectroscopy: \(T_1\) measurement example
Qubit spectroscopy: \(T_2^*\) (Ramsey) and \(T_2\)-echo (Hahn echo) measurement example
Random Operators: random quantum states and channels
Randomized Benchmarking
Randomized Benchmarking: Interleaved RB
Randomized Benchmarking: Unitarity RB
Readout Error Estimation
Ripple Carry Adder
Robust Phase Estimation
State and Process Plots
Superoperator tools
Quantum process tomography
State tomography

Forest-Benchmarking

Docs »
Basic Compilation »
_X
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_X¶

forest.benchmarking.compilation._X(q1)¶

An RX in terms of RX(pi/2)

Parameters:	q1 –
Returns:

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