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For understanding properties of the substance which are resulting from it атомномолекулярного of a structure, the knowledge of the laws defining properties of separate atoms and molecules is necessary.
Atoms and molecules represent the systems made of heavy kernels with a positive charge and easy electrons, the atoms charged negatively the Structure and molecules and their interoperability among themselves and with radiation not maybe, however, is explained on the basis of laws of classical physics.
The fact of stability of nuclear systems and character of light let out by them (spectral lines) is incompatible with classical mechanics and electrodynamics and requires other bases for the explanation These new bases the Laws defining properties of atoms and molecules have been really found in 20 х and 30th years of our century,
Are formulated in the form of the harmonous theory which carries the name of quantum mechanics.

The quantum mechanics well explains the phenomena in that area of physics which can be characterized as area small энергий (We we mean that energy which is necessary, during reactions, to one particle) we Shall accept for an energy unit one электроновольт,
т е the energy got by electron at run of a voltage difference in 1 volt in the accelerating electric floor Then characteristic for атомно of molecular area energy on one particle (for example,
Energy вырывания one or several electrons from atom) will be expressed by number of the order from unit up to several tens or hundreds At such энергиях it is possible to consider kernels of atoms, as well as electrons,
As constant formations the Number of particles of each grade entering into system will be then constant But now the phenomena, in which energy of reaction (counting upon one particle) in millions or even in billions and in hundred billions are studied also times more,
Than in атом-3 but-molecular areas We mean the nuclear physics At so high энергиях during reactions new particles can be created, as well as such particles which at less vigorous influences could be considered constant can break up or turn to radiation.
To judge the order of size энергий at which new particles can be created, it is possible to express in электроновольтах energy of rest W0 = m0 с2 the given particle; for electron this size will be nearby полумиллиона, and for a proton-nearby of one billion электроновольт.
Thus, the атомно-molecular area is characterized small энергиями, and area of nuclear reactions — by greater энергиями.
The physics small энергий has under itself as we already spoke, — the quantum mechanics, which principles now it is possible to consider a durable theoretical basis finally found out.
The mathematical device of quantum mechanics is checked up on set of specific appendices of the Physicist of greater энергий requires, first of all, generalizations of quantum mechanics of particles on relativistic area and its rapproachements with the quantum theory of the field passing interoperability between particles It is made till now only partly, and,
Though in this area many important results are received, the quantum theory of a field and elementary particles is distant from the completion Even principles of classification of elementary particles are not quite clear yet Physics of greater энергий is now in a condition of rapid development Speaking in this work on quantum physics,
We shall mean mainly physics small энергий and its theoretical basis-not relativistic the quantum mechanics.
Already this limited area contains so a lot of new, not only in that, as to the facts, but also in the statement of a problem of the description of the physical phenomena, that its understanding significantly expands a circle of our habitual concepts and requires appropriating philosophical generalizations.