Universality and RSW for inhomogeneous bond percolation
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The star-triangle transformation is used to obtain an equivalence
extending over the set of some (in)homogeneous bond percolation models on
the square, triangular, and hexagonal lattices. Amongst the consequences
are
box-crossing (RSW) inequalities and the universality of alternating arms
exponents (assuming they exist) for such models. The models’
parameter-values are those at which the transformation is valid. This is a
step towards proving the universality and conformality of these processes.
It implies criticality of such values, thereby providing a new proof of the
critical point of inhomogeneous systems. The proofs extend to certain
isoradial models to which previous methods do not apply.
This talk is part of the Probability series.
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