Re: "Determinant" as a Hamiltonian
- From: Ali Taghavi <alitghv@xxxxxxxxx>
- Date: 18 Nov 2007 14:58:23 -0500
when n is even,R^(n^2) has a symplectic structure,so my question is well defined!
IMO, this does not make any sense. To call a
function "a
Hamiltonian", you need to have a symplectic (or
Poisson) structure.
Without it, your function is "just a quadratic
function", which are
"all the same" (in general position).
Hope this helps,
Ilya
.
- Follow-Ups:
- Re: "Determinant" as a Hamiltonian
- From: Ilya Zakharevich
- Re: "Determinant" as a Hamiltonian
- Prev by Date: Re: Equivalent to Axiom of Choice?
- Next by Date: Re: "Determinant" as a Hamiltonian
- Previous by thread: Re: "Determinant" as a Hamiltonian
- Next by thread: Re: "Determinant" as a Hamiltonian
- Index(es):