SELF

54

S.B. Karavashkin and O.N. Karavashkina

If we recall here that, in accordance with the said above, the potential of studied object is positive and peripheral stellar substance on the whole is negative, we can make from this analysis one more important conclusion. This field structure has the property that the gradient of potential of this field has the tangential component able to transfer the periphery of celestial body in relation to its nucleus. For negatively charged masses of periphery the motion will be stable, if they lay on the line of maximal scalar potential, and for positively charged bodies - on the line of minimal scalar potential of spiral. In the vicinity of these lines of spiral, the corresponding charges will be affected by the stabilising force retaining them in this vicinity. Factually, these lines will serve for charges the peculiar potential wells. Any charge between these lines of extreme will either brake or accelerate, tending to the region of minimum of its energy. Thus, we can state that the peripheral substance affected by spiral dynamic field separates so that between the spirals of positively charged substance of stars and their clusters which we see, there locates the negatively ionised interstellar gas. This arrangement is stable in space and time, since it stabilises by the inertia of massive source of field.

On the basis of this brief analysis we see that, despite different conditions in which the orbital motion of charged body has formed in atomic structures either celestial objects, in both cases this causes the formation of spiral dynamic field. This analogy between the macro- and micro-world, intuitively traced by many scientists, disturbed many minds, doing not finding any reliable corroboration in the phenomenological substantiation. As we see, the basis of this analogy is the spiral dynamic field present in both cases.

Turning to the galaxy scale, we encounter the similar situation. As the galaxies evolve and age, their nuclei and surrounding disk body become more distinctively traced. If, because of above reasons, each star of galactic nucleus has its spiral dynamic field, their interaction will gradually order the mutual orientation of stellar systems and cause the formation of general galactic field of the same structure.

Not only the ordering of local fields promotes the formation of dynamic galactic field. As is known, stellar systems have uneven density of distribution across the galaxy. If each star in its evolution gains the structure consisting of positively charged nucleus and negatively charged cocoon, the amount of stellar substance having the gradient of density to the centre of galaxy will form the similar structure of positively charged central region and negatively charged periphery. Just the positively charged region will form the nucleus of galaxy, and the negatively charged region will form its periphery. So we can state that the galactic nucleus due to its charge is able to form the dynamic field that will correlate with the local fields of stellar systems of which it consists.

We should pay our attention that the gravitational field of the system of bodies, in presence of mass centre displacement, also will form dynamic fields with the structure similar to the studied here structure of dynamic field. In these fields also will form spiral arms, as the tangential component will be present. Affecting the periphery of celestial body, these fields will concentrate the mass between the maximums of density of potential, and in some cases these spiral arms can differ in their space orientation from the spiral arms excited by electric field. Below, in one of cases which we will analyse, we just will see such phenomenon. But gravitational dynamic field is not the aim of our study. So we, understanding the importance of this aspect, will only point that the field of such kind can form.