The blackbody effective temperature educed from sλis proved to be equal to the blackbody radiation temperature, which validated the correctness of the photon entropy constant.

Furthermore,the extensive quantum theory,which has different quantum constants but similar formulations,is also are obtained.

From this it may be developed on the analogy of the Bohr atom model, and we obtain the quantum constants H=(aGM )1/2 of the solar system, where H1 = 9.

The quantum field entropy in the system of a squeezed coherent states field interacting with two coupled two-level atoms;

The properties of quantum field entropy evolution in a single-mode vacuum field-coupled two-level atoms′ system were by the complete quantum theory.

Secondly, the evolution properties of quantum field entropy are studied in the system of moving atom interacting with the field.

Quantum mechanical channel and quantum mutual entropy in the two-photon Jaynes-Cummings model with atomic motion;

It is shown that the quantum entropy includes two parts: The fist part is linearly and logarithmically divergent term,where the linearly divergent term can reduce to the form proportional to the event horizon area,the logarithmically divergent term relates to the characteristics of the black hole;the second part is logarithmically divergent term which also depends on the spin of the fields.

By using the brick-wall model, the quantum entropy of a cylindrical black hole in Anti-de Sitter space-time arising from the massless Dirac field is discussed.

By using the Newman-Penrose formalism and t Hooft brick-wall model, the effect of spin on the quantum entropy of the Schwarzschild-anti-de Sitter black hole due to neutrinos is investigated.