This package is not meant for public use!
Please contact us if you plan to depend directly on this package as we frequently coordinate breaking changes to it.
On the other hand, we do respect semantic versioning, so at worst you would be stuck on an old version of the package, but you should not have your code break unexpectedly due to a change made by us.
This package contains formal and informal definitions of common interfaces used by:
QuantumOpticsBase.jl- a library defining data structures for Schroedinger-style quantum simulations (e.g. dense and sparse matrix operators and vector kets)QuantumOptics.jl- provides dynamic equations over types defined inQuantumOpticsBaseQuantumClifford.jl- implements the typical stabilizer tableaux formalismQuantumSymbolics.jl- general purpose symbolic algebra for quantum information science, focusing on automatically transforming symbolic expressions into other formalisms (vectors, tableaux, etc)QuantumSavory.jl- a multi-formalism simulator building up on the other toolsand others
graph TD
QuantumInterface --> QuantumOpticsBase
QuantumInterface --> QuantumClifford
QuantumInterface --> QuantumSymbolics
QuantumClifford --> QuantumSavory
QuantumClifford --> QSymbolicsExtensions
subgraph "Symbolics"
QuantumSymbolics
QSymbolicsExtensions[domain specific extensions]
end
QuantumSymbolics --> QSymbolicsExtensions[domain specific extensions]
subgraph "Clifford circuits"
QuantumClifford
end
QuantumOpticsBase ---> QuantumCumulants
subgraph "Wavefunction master equations"
QuantumOpticsBase --> qob_others[many other<br>special purpose<br>packages]
QuantumOptics
end
QuantumOpticsBase --> QuantumOptics
QuantumOpticsBase --> QSymbolicsExtensions
subgraph "Multiformalism simulator"
QuantumSavory
end
QuantumOptics --> QuantumSavory
QuantumSymbolics --> QuantumSavory
QSymbolicsExtensions --> QuantumSavory