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Eugeniu Plamadeala edited untitled.tex
about 9 years ago
Commit id: 9a28491e137900a996b9232dd71088c9d6f6e140
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$$ \rho_R(x) = \frac{1}{2\pi} \partial_x \phi_R^{(G))} = \frac{-1}{2\pi} \partial_x \phi_R $$
$$ \rho_L(x) = \frac{-1}{2\pi} \partial_x \phi_L^{(G))} = \frac{-1}{2\pi} \partial_x \phi_L $$
{\bf The minus signs above are ugly, but I don't see any way to get rid of them}
From the commutation relation of Giamarchi (2.25) $[ \phi(x), \partial_y \theta (y) ] = i \pi \delta(x-y)$ we can backtrack the commutation relations of the chiral fields after we substitute the field redefinition into the above commutator:
$$ \phi = \frac{\phi_L^{(G)} - \phi_R^{(G)}}{2} $$
$$ \theta = \frac{\phi_L^{(G)} + \phi_R^{(G)}}{2K} $$