Economic crisis: Cosmos and people - стр. 4
When Jupiter and Saturn are on one line but on different sides of the Sun (opposition) everything is vise versa. The distance between the mass centers of the Solar System and the Sun is supposed to be the least. The Sun starts pulling these planets with its gravitational power. The Earth has to “stop”. The living beings have to react on it and some of them will feel it.
There is also one significant position of planets: the Earth makes a quadrate with giants. In this situation they actively interact with the Earth by their gravitational powers. People react on it by psycho-physiological and socio-psychological changes.
What is worth to be noted? The alteration of the gravitation more intensively happens when the giant planets move towards their connection or opposition. In this time the mass centre of the Solar System moves away from the centre of the Sun or comes closer to it, and the Sun reacts on it with the change of its fields. The connection and the opposition of the giant planets influence the processes in the Solar System. The Earth also reacts independent from where it is situated for the giants. But connection and opposition of these planets weakly correlates with solar activity if we describe the linear correlation of these figures. It is relatively independent cosmic power.
The relatively constant factor that influences our life is the magnetic fields of the Sun and the planets of Solar System. And directly these planets play the main role in the processes.
Planets and the Sun go around their common center of mass and it creates the axial movement. It is associated with the magnetic flux density. Its vector does not coincide with the center of the Sun, whereby the created magnetic moment and the magnetic field occurs. Intrinsic magnetic field is possessed by all the planets which have satellites. Mercury and Venus almost do not have it. Those miserable magnetic field values that are noted are the result of eccentricity which arises when these planets move relative to the Sun.
The magnetosphere of the Sun goes even beyond the Solar System with its impact, and it was stated by "Voyagers". At the same time, long-term observations have shown that strong magnetic fields occur in the so-called active regions on the Sun – in sunspots (thousands of gauss) and the surrounding flare fields where the magnetic induction is tens and hundreds of gauss. Elsewhere there are typical fields 1-2 Gs. And outside the active regions the magnetic field of the Sun has the form of a dipole, which changes its polarity usually within one 11-year cycle of solar activity.