ABSTRACT
This chapter looks at how the submicroscopic deterministic mechanics will allow us to investigate various problems, clarify difficulties and disclose unusual paradoxes presented in physics of condensed media. Entities in condensed media vibrating near equilibrium positions create inerton clouds that accompany the entities. In condensed media the major entity is an atom or molecule and through a paired potential the entities interact one with another. The presence of inertons and their heterogeneous distribution in clouds may result in different snowflakes that condensed from identical molecules of water within locally homogeneous environmental conditions. In the crystal lattice atoms/molecules are separated by distance, which is called lattice constant. In crystal lattice any movement of an atom shall be accompanied with an inerton cloud that emerges owing to the interaction of the atom with oncoming cells of tessellattice. The description of a chemical bond enables a substructure, that is, bondons, whose origin is inertons of interacting particles and chemical elements.
