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In this paper, we show that correlated coherent states (CCSs) are the mostadequate candidates for the role of quantum analogues of the thermal states.The main result of our study reduces to the fact that quantum thermal effectsunder conditions of the equilibrium of an object with the stochasticenvironment at any temperatures can be explained consistently only on the basisof the set of CCSs.

Correlated Coherent States - Quantum Analogue Of Thermal States.(On The Problem Of Incorporating Thermodynamics Into Quantum Theory)