Very nice! Gorgeously documented. I don't know anything about quantum optics, but I still enjoy browsing the equations.
Btw, the norm for Julia packages is to capitalize separate words, which would mean capitalizing this as QuantumOptics. This is totally up to you, however, and just a suggestion. On Wed, Mar 23, 2016 at 7:56 PM, Sebastian Krämer <[email protected]> wrote: > I'm happy to announce Quantumoptics.jl, a framework that can be used to > simulate various kinds of quantum mechanical systems. It's inspired by the > Matlab quantum optics toolbox and its python successor QuTiP and whenever > possible tries to use the same naming conventions. However, beyond > providing a functional nearly equivalent Julia implementation it > incorporates ideas to achieve higher safety and usability - mainly by > keeping track in which bases the states and operators are represented. This > prevents common mistakes and at the same time increases readability. > > The fastest way to get a first impression is probably by looking at the > examples at > > <http://goog_304269712> > https://bastikr.github.io/Quantumoptics.jl/examples.html > > Quantumoptics.jl is licensed under the MIT licence and is hosted on github: > > https://github.com/bastikr/Quantumoptics.jl > > It has an extensive test-suite and is rather well documented using sphinx > with the sphinx-julia extension (shameless self-plug: > https://github.com/bastikr/sphinx-julia). The documentation can be found > at > > https://bastikr.github.io/Quantumoptics.jl/ > > Any kind of comments and questions are appreciated and of course I welcome > everyone who wants to join and contribute to this project! > > All the best, > Sebastian > > >
