Describing the difference between

classical mechanics and quantum mechanics, both of which he teaches classes on, Soljacic related a time when his wife was searching for her keys.

He uses the final edition of the text to examine its background, contents, and implications, detailing how it sets out Newton's approach to science, how it establishes the framework of

classical mechanics, how it explains terrestrial phenomenon like the tides and projectile motion, and how the dynamics of the solar system and the paths of comets can be understood.

The session, which began with experiments from

classical mechanics, fascinated the students to identify and understand the basic laws of motion.

The drops of rain, like the shrapnel of a grenade, may be said to be "classons" or referents of

classical mechanics, whereas the photon twins may be called "quantons." Mesophysical entities, such as pollen grains, dust specks, and bacteria, will be ignored in this paper.

In the exhibition, students presented projects portraying application of

classical mechanics by displaying prototypes of a hydraulic bridge, hydraulic car elevator, mechanical pendulum clock, wave machine and another prototype presenting gravity in the solar system.

In

classical mechanics [29], the phase space description of a system is given in terms of generalized coordinates q = [[q.sub.i]; i = 1, 2, ..., N} and canonical momenta p = {[p.sub.i]; i = 1, 2, ..., N} and its time evolution is described in terms of its Hamiltonian H(q, p) using Hamilton's equations

He has taught modules in

classical mechanics, Lagrangian and Hamiltonian mechanics, nuclear physics, particle physics, quantum field theory, and mathematics for physicists.

Classical mechanics deals with the fluctuations of macroscopic objects in phase space.

However, this "coherence" lasts for only a fraction of a second before the whole system decoheres - a phenomenon that marks the transition from the realm of quantum to

classical mechanics.

These are really the classical states, though we are not used to describing

classical mechanics in the Hilbert space language.

He was the highest expert not only in terms of pure mathematics, and engineering cybernetics (the science of the laws governing the management processes and information transfer machines [23]), as well as

classical mechanics, mathematical physics and mathematical logic (Boolean algebra, based on logical operations Similar actions on sets [23]).