where are reaction velocity equations, is an arbitrary function, and is for example

and the corresponding momentum. The Hamiltonian don’t give more information on the reaction velocities system, it seems only a more compact mode to write the system.

]]>I must add the term for , and the

others reaction velocity, so that H=H(X)+H(Y)+\cdots, but I wrote a single term like an example.

If I add to the Hamiltonian, this term don’t change the concentration dynamics, like each arbitrary function , but it couild be interesting for the quantization; it is like the Einstein coefficient for the absorption and emissioni of chemical compounds, bit this is only a coarse idea. ]]>

Also: why does your Hamiltonian involve variables and but not or ? There should be complete symmetry between and here.

]]>the Hamiltonian of this system is:

So that there is a dynamic equation for the momentum:

if there are invariances of the Hamiltonian, then there are conservation laws.

I am writing on my tablet, so that I cannot be accurate.

]]>Thanks for catching that: for some reason typesetting these reactions was difficult, and I did a bit too much cut-and-pasting.

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