Nice! I'm curious how tough it would be to simulate Shor's algorithm, even if it's just to factor 15; Is there some reason that this is too tough to include as an example?
chris On Thu, Apr 23, 2015 at 6:02 PM, Jarrett Revels <[email protected]> wrote: > I'm happy to say that I've finally released QuDirac.jl > <https://github.com/JuliaQuantum/QuDirac.jl>! > > This package is for performing common quantum mechanical operations using > Dirac notation. > > Feature list: > > - Implementations of state types (`Ket`,`Bra`), and a variety of operator > types (`OpSum`,`OuterProduct`) > - Treat states and operators as map-like data structures, enabling > label-based analysis for spectroscopy purposes > - Implementation of common operations like partial trace (`ptrace`) and > partial transpose (`ptranspose`) > - Support for abstract/undefined inner products > - User-definable custom inner product rules > - Subspace selection/transformation via functions on state labels and > coefficients: > - `xsubspace` allows easy selection of excitation subspaces of states > and operators > - `permute` and `switch` allows generic permutation of factor labels > for states > - `filter`/`filter!` are supported on both the labels and coefficients > of operators/states > - Mapping functions (`map`/`maplabels`/`mapcoeffs`) for applying > arbitrary functions to labels and coefficients > - Functional generation of operators using `@def_op` and `@rep_op` > - `d" ... "` literals for natural Dirac notation input syntax > > -- Jarrett > -- [email protected]
