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LabOne Q Software User Manual
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LabOne Q Software User Manual
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Getting Started
Getting Started
Introduction
Installation
Hello LabOne Q
Workflow
Functionality & Concepts
Functionality & Concepts
Device Setup and Descriptor
Experiment
Session
Logical and Experimental Signals
Sections and Pulses
Sections and Pulses
Pulses and Pulse Commands
Timing Rules
Measurement Rules
Phase and Amplitude of Pulses
Triggers and Markers
Calibrating Signals
Calibrating Signals
Calibration Properties
Experiment Calibration
Averaging and Sweeping
Accessing and Using Experimental Results
Accessing and Using Experimental Results
Structure of the Results
Using Acquired Results
Near-Time Callback Functions and 3rd-Party Devices
How-to Guides
How-to Guides
Qubit Characterization
Qubit Characterization
Readout Raw Data
Resonator Spectroscopy with SHFQA or SHFQC
Resonator and Qubit Spectroscopy with HDAWG and UHFQA
Pulsed Resonator Spectroscopy with SHFQA or SHFQC
Pulsed Resonator Spectroscopy vs Power with SHFQA or SHFQC
Propagation delay
Pulsed Qubit Spectroscopy
Amplitude Rabi
Ramsey
e-f transition spectroscopy
e-f Gate Tuneup
Cross-resonance gate tuneup
Basic Experiments
Advanced Qubit Experiments
Advanced Qubit Experiments
Active Qubit Reset with SHF instruments
Active Qubit Reset with UHFQA and HDAWG
Randomized Benchmarking
Active Qudit Multistate Reset with SHF instruments
Superconducting Qubits
Superconducting Qubits
Qubit Tune-up with SHF Instruments
Single Qubit Tuneup with UHFQA and HDAWG
Two qubit experiments with UHFQA and HDAWG
DC-Biased 2D Resonator and Qubit Spectroscopy with SHF Instruments
Superconducting Qubit Tune-up with LabOne Q for SHF Instruments and many qubits in parallel
Spin Qubits
Spin Qubits
Sweeps with Callback Functions
Sweeping parameters with QCoDeS in LabOne Q
CW Acquisition with HDAWG and MFLI
Pulsed Acquisition with HDAWG and UHFLI
Spin Qubit Pulse Sequences with the HDAWG
Color Centers
Color Centers
Color Centers - Basic Experiments
OpenQASM
OpenQASM
VQE with LabOne Q and Qiskit
One- and Two-Qubit Randomized Benchmarking in LabOne Q with Qiskit
Two Qubit Randomized Benchmarking in LabOne Q with pyGSTi
Learning Guides
Learning Guides
Session Reference
Calibration Reference
Experiment Reference
Section Tutorial
Pulse Library and Sampled Pulses
Pulse Inspector and Bloch Simulator
Callbacks in Near-Time Loops
Waveform Replacement
Setting nodes in a near-Time Loop
Output Simulator
Using DataStore in LabOne Q
Declarative DSL Style
Using Output Router and Adder (RTR) in LabOne Q
Programmatic Device Setup Construction
Using the in-sequencer PRNG with LabOne Q
Changing the experiment structure with a sweep - match-case statements with sweep parameters
Signal Muting
Components
Components
Visualization of pulse sequences
QCCS Monitor
Tips & Tricks
Release Notes
Release Notes
Previous Versions
API Reference
API Reference
simple
core
dsl
dsl
calibration
device
enums
experiment
operations
parameter
quantum
result
session
utils
implementation
openqasm3
pulse_sheet_viewer
simulator
utilities
analysis
Components
¶
In this section, you will be introduced to the components that are part of LabOne Q.
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