A friend of mine developed a python module for doing Dirac notation
algebra for quantum computing calculations. I figured this would be a
nice addition to sympy and am interested in integrating it. Is this
something that would fit with the sympy project?
Thanks,
Asaf
--
You received this message
Hi Asaf!
On Mon, Mar 15, 2010 at 6:46 PM, Asaf Paris Mandoki wrote:
> A friend of mine developed a python module for doing Dirac notation
> algebra for quantum computing calculations. I figured this would be a
> nice addition to sympy and am interested in integrating it. Is this
> something that
Asaf,
> Hi Asaf!
>
> On Mon, Mar 15, 2010 at 6:46 PM, Asaf Paris Mandoki wrote:
> > A friend of mine developed a python module for doing Dirac notation
> > algebra for quantum computing calculations. I figured this would be a
> > nice addition to sympy and am interested in integrating it. Is this
Hi,
The website is http://code.google.com/p/openket/ although is
outdated. I am attaching the most recent version together with a
couple of examples.
I guess that we can get rid of most of the code by taking advantage of
sympy. I also believe we can improve the API and have a more general
implem
Asaf Paris Mandoki wrote:
Hi,
The website is http://code.google.com/p/openket/ although is
outdated. I am attaching the most recent version together with a
couple of examples.
I guess that we can get rid of most of the code by taking advantage of
sympy. I also believe we can improve the API an
Asaf,
> The website is http://code.google.com/p/openket/ although is
> outdated. I am attaching the most recent version together with a
> couple of examples.
The google code website lists open ket as being GPL licensed. To
incorporate it into sympy
it would need to be relicensed to something li
> You might want to look at the geometric algebra module in sympy and chapters
> 8 and 9 of
> "Geometric Algebra for Physicists" by Doran and Lasenby for how you map the
> bra-ket algebra
> onto geometric algebra.
Thanks for the link. For reletivistic QM this could be useful.
Cheers,
Brian
--
Brian Granger wrote:
You might want to look at the geometric algebra module in sympy and chapters
8 and 9 of
"Geometric Algebra for Physicists" by Doran and Lasenby for how you map the
bra-ket algebra
onto geometric algebra.
Thanks for the link. For reletivistic QM this could be useful.
> The google code website lists open ket as being GPL licensed. To
> incorporate it into sympy
> it would need to be relicensed to something like MIT/BSD. Is this a
> possibility? If not, we really can't use it.
> That doesn't mean we can't implement what you are wanting, but we just
> have to s
Asaf,
> We can certainly change the openket licence, nonetheless I believe
> that by taking advantage of sympy we'll use most of the ideas of
> opeket but only rewritten pieces of the code. Either way I'll ask my
> friend to change it.
Cool, even if we don't use much of the code, this will enable
> In the abstract sense, if you have a set of operators and states:
>
> A, B, C
> |a>, |b>, |c>
>
> you don't really know how to apply the operators until you choose a basis:
>
> A|a> = Sum(, m)
>
> Thus, I think the base multiplication operations we are using should
> not apply the operators. Wit
> The way opeket works is that you define kets by an eigenvalue and an
> operator for which the ket is an eigenvector. For example
>
> Ket(2,'A')
>
> is an eigenvector of operator 'A' with eigenvalue 2. Then, if you
> define the operator 'A' with
Interesting, how do you define general states that
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