Three-dimensional Gonihedric Potts model
P.Dimopoulos (Roma 2 Un.), G.Koutsoumbas (NTUA), G.Savvidy (NRCPS, Demokritos)

TL;DR
This paper investigates a generalized q-state Potts gonihedric model using Mean Field and Monte Carlo methods, revealing how the phase transition strength and order depend on the parameter q.
Contribution
It introduces a generalized model and analyzes how phase transition properties vary with q, including the critical point for second order transition.
Findings
Phase transition strength increases with q.
Critical value k_c(q) increases with q.
Transition becomes second order at k_c(q).
Abstract
We study, by the Mean Field and Monte Carlo methods, a generalized q-state Potts gonihedric model. The phase transition of the model becomes stronger with increasing The value at which the phase transition becomes second order, turns out to be an increasing function of
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