Chiang Mai Journal of Science

This investigation is concerned with the application of Order-Disorder Transformations (ODTs) of the author to five different phenomena: liquid phonon dynamics of disordered materials, thermionic emission, adiabatic demagnetization, radioactive α-radiation decay and Newtonian absolute concept and Einstein relativistic concept. All of these phenomena have been discussed in view of order-disorder concepts. The study revealed many secrets of these phenomena. The change in structural behavior in materials is due to order-disorder transformations. All five phenomena follow complete quantization behavior. A new formula for radioactive α-radiation decay has been propounded: E D = [ C / F ( x ) ] exp [ F ( - x ) ] = [ C / F ( x ) ] [ N ( t ) / N 0 ]. , where F ( x ) = λ t . This equation has been employed in describing the motion of radioactive α-radiant particles in both the longitudinal ( ω t ) and transverse ( ω λ ) directions, which follows the relationship, ( 1/2 ) ω λ ω t = ( 1/λ t ). ODTs have explained the absolute concept of the Newton and relativistic concepts of Einstein. Order – disorder concepts can explain about black holes. There exists no difference between order and disorder characteristics inside a black hole. That is a vacuum state where electro-magnetic field exists only due to the energy (EPh )O. Dark energy and dark space exist inside a black hole. Correlation between Heisenberg uncertainty concepts and the author’s ODT concepts follows a new definition of Planck’s constant ‘h’ . The description of ODTs in quantum and quantization aspects of different phenomena is discussed here and also the earlier justification pronouncing it as a Quantum theory.