This value equals to 1.0546 * 10-2 erg-secs and is the most little action ever detectable. From electronic data processing we know that for producing and transmitting information we shall have at least two different levels of semantic expression (bit) that are usually denoted by 1 and 0 symbols. United into groups (bytes) 1 and 0 levels of semantic expression allow to represent any large quantities of numbers on the basis of binary system of numeration. For example, all numbers between equals sign and 255 (1+2+4+8+16+32+64+128=255) in 8 bites in 1 byte as used in computer engineering. Whether letters or signs go with certain numbers as, for example, in American АSСII code, then it is possible to depict all letters from А through Z and all punctuation marks as well as wildcard characters. In data processing systems 1 and 0 levels of semantic expression can be depicted with positive or negative tension or with that current propagates or nor; whereas in data storages they temporarily exist as the expense of presence or absence of magnetic field (hard-disk drives) or electrical tension, or at the expense of transparency of crystals of metal oxides (optical plates). Similarly to that fact elementary particles can also have two opposite levels of semantic expression: rotational impulse of a particle is orientated in space in parallel (directed “upwards”) or in antiparallel (directed “downwards”) with direction of its movement. Whether we proceed from the assumption that parallel (marked with “+”) spins correspond to 1 in binary system and antiparallel (with the sign of “-”) to 0 in the same system, then it is especially obvious that elementary particles are able to communicate the spin, i.e. modulated semantic information. Four main forces determining physical structure of the world and responsible for all interactions between particles and thereby for all physical