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We study the zero-temperature criticality of the Ising model ontwo-dimensional dynamical triangulations to contemplate its physics. As itturns out, an inhomogeneous nature of the system yields an interesting phasediagram and the physics at the zero temperature is quite sensitive about how wecool down the system. We show the existence of a continuous parameter thatcharacterizes the way we approach the zero-temperature critical point and itmay enter in a critical exponent.

Towards elucidation of zero-temperature criticality of Ising model on 2d DT