  In order to come closer to a realistic model of high-energy collisions, we
simulate SU(2) lattice gauge theory under fluctuating temperature. The
fluctuations are Euler-Gamma distributed, leading to a canonical state
maximizing the Renyi and Tsallis entropy formulas. We test the random lattice
spacing method numerically on the Polyakov Loop expectation value. The critical
coupling and presumably also the critical deconfinement temperature shifts
about 30 per cent to higher values with a realistic degree of fluctuations.
