The three laws of relativistic thermodynamics according to the inverse theory of relativity, the relativistic formula of the first law, we find that time dilation reduces all energy forms of the thermodynamic system from positive space without violating the principle of energy conservation. Where the loss in internal energy besides the work done on the mass of the system appears in the negative space, in the relativistic formula of the second law we get a stability value for the entropy of the system in the positive space and we also get an entropy similar to it in the negative space as a result of a modified copy of the microscopic information of the system, As for the relativistic formula of the third law, the value of entropy in positive space reaches zero when the temperature of the system reaches absolute zero, and in negative space the entropy also reaches zero when the speed of the reference frame theoretically reaches the speed of light.