Vinzent Steinberg wrote:
I think this is related to the geometric algebra module in sympy, it
also defines some inner and outer products, if I recall it correctly.
Vinzent
On Apr 9, 9:08 pm, Matt Curry <mattjcu...@gmail.com> wrote:
I just updated the link with my final proposal. Thanks for all your
help!
Matt
On Apr 8, 3:05 pm, Matt Curry <mattjcu...@gmail.com> wrote:
Hello everyone,
I'm currently a Physics major at Cal Poly. I'm interested in adding
quantum mechanics to SymPy through Google Summer of Code. I've
included the link to my current proposal draft. Any input would be
helpful!
Thanks,
Matt Curry
Proposal Draft:http://docs.google.com/View?id=dhd962vk_84p6wjkfc
In "Gemetric Algebra for Physicist" by Doran and Lasenby in chapters 8
and 9 they derive the correspondence between quantum mechanical state
vectors and the multivectors of geometric (clifford) algebra for both
single particle and multiparticle states. The reason this is useful is
because spinors (both 3d and 4d) are trivial in geometric algebra.
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