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Pulser
Overview
Getting Started
Installation
Programming a neutral-atom QPU
Tutorial: Programming with Pulser
Fundamentals
Conventions
Hardware specifications
Register and Rydberg-Atom Interactions
Pulses and Waveforms
Sequence Creation and Validation
Backend Execution
Extended Usage
Introduction to Extended Usage
Register Layouts & Mappable Registers
Output Modulation & EOM Mode
Devices and Virtual Devices
Parametrized Sequences
Composite Waveforms
Interpolated Waveforms
JSON Serialization
Noise Model and Noisy Simulations
Local Adressability with DMM
State preparation with the SLM mask
XY Hamiltonian
Phase Shifts and Virtual Z gates
Applications
Optimal Control for AFM State Preparation
QAA to solve a QUBO problem
QAA to solve a MWIS problem
API Reference
pulser
Overview
Classes
CompositeWaveform
CustomWaveform
ConstantWaveform
RampWaveform
BlackmanWaveform
InterpolatedWaveform
KaiserWaveform
Pulse
Register
Register3D
Sequence
NoiseModel
EmulatorConfig
QPUBackend
Device Examples
pulser.AnalogDevice
pulser.DigitalAnalogDevice
pulser.MockDevice
Modules
pulser.abstract_repr
Overview
deserialize_layout
deserialize_noise_model
deserialize_register
deserialize_sequence
deserialize_device
pulser.backend
Overview
AggregationMethod
Backend
QPUBackend
EmulatorBackend
EmulationConfig
EmulatorConfig
Results
State
Operator
StateRepr
OperatorRepr
Callback
Observable
BitStrings
CorrelationMatrix
Energy
EnergySecondMoment
EnergyVariance
Expectation
Fidelity
Occupation
StateResult
pulser.backends
Overview
pulser.channels
Overview
Microwave
Raman
Rydberg
DMM
BaseEOM
RydbergEOM
RydbergBeam
pulser.devices
Overview
Device
VirtualDevice
pulser.exceptions
Overview
pulser.parametrized
Overview
Parametrized
ParamObj
Variable
pulser.register
Overview
Register
Register3D
RegisterLayout
SquareLatticeLayout
TriangularLatticeLayout
RectangularLatticeLayout
DetuningMap
pulser.result
Overview
Result
SampledResult
pulser.sampler
Overview
sample
ChannelSamples
DMMSamples
SequenceSamples
pulser.waveforms
Overview
Waveform
CompositeWaveform
CustomWaveform
ConstantWaveform
RampWaveform
BlackmanWaveform
InterpolatedWaveform
KaiserWaveform
pulser_simulation
Overview
Classes
QutipBackend
QutipBackendV2
QutipConfig
QutipState
QutipOperator
QutipEmulator
SimConfig
Modules
pulser_simulation.qutip_backend
Overview
QutipBackend
QutipBackendV2
pulser_simulation.qutip_config
Overview
QutipConfig
pulser_simulation.qutip_state
Overview
QutipState
pulser_simulation.qutip_op
Overview
QutipOperator
pulser_simulation.qutip_result
Overview
QutipResult
pulser_simulation.simresults
Overview
CoherentResults
NoisyResults
SimulationResults
pulser_pasqal
Overview
Connections
PasqalCloud
OVHConnection
Backends
EmuFreeBackendV2
EmuMPSBackend
Deprecated Backends
EmuFreeBackend
EmuTNBackend
Pasqal organization on GitHub
Pasqal page on LinkedIn
Pasqal channel on YouTube
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pulser_simulation.qutip_state
Definition of QutipState.
Classes
QutipState
A quantum state stored as a qutip.Qobj.
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QutipConfig
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QutipState