Everybody heard how the time is calculated. Who does not know seconds, minutes, or count the year (God is god) and who counts as hours or the number of years (years means the time of the sun standing on June 21, summer time), but all this is an error in calculation.
Who among you will say, but how is it actually correct to count the time? If we consider time in the usual way of the rotation of the planet in 365 days, and if the planet, say, was not the third, but the seventh or tenth, what does time look like then? After all, then the number of days along the course of circulation around the sun increases significantly.
So, the speed of rotation can be 1,000 revolutions, or say 50,000 revolutions around its axis along the motion of the orbit. And if we say, for example, that in this time there are intervals of acceleration or deceleration, because the same exists? For example, how many times has the solar system changed the position of the planets while moving? No one will tell. The movement of the planets is always different, the time on each planet is the same different in the solar system - but they are united by interaction and location in terms of duration.
Let's take an elementary diagram - the location of 10 planets at different distances in one line - each planet has its own radius of movement and rotation around the center. Everyone knows and they themselves will find which planets and how much time in the number of Earth days each of the planets in the solar system takes their rotation around the center.
Now knowing this, we take not two hands as it should be in a clock, but 10 hands - that's right, time is calculated by the number of planets and their location as the starting and radius reporting point. If, say, there are 11 planets, then the hands on the clock of the system will be 11 (the most important thing is not to forget, because the stars are all different, which means different speeds of the planets and their number and center size) - that is, it all depends on the number of planets and the movement in the center of the interaction of other planets.
This is how we all know the initial number as the definition of time. But there is one small detail on the reckoning of time - a person never takes it into account, since he does not know about it - there is also, as it were, a long arrow for every system in the galaxy - the movement of systems is also calculated not planetary and not stellar, but centered, centered in the center of the galaxy, measuring it by the rotation and length of the tails of the galaxy, since if the tails of galaxies begin to shorten, then the time of the galaxy shortens and accelerates - galaxies have the same time but different and are designed only for cyclic galactic perception and calculating the age of the galaxy … Therefore, never believe in those numbers that they write to you, millions, billions or other numbers - there is only one thing - eternity in cyclicality.
So, now we will describe the time of the solar system in more detail - in order to do this, the planets must be arranged in a line for understanding, but the planets do not arise linearly, but according to the compression and formation of planets in the system. This should mean that time is not linear, but wavy and spiral. Since the planets, if known, move behind the sun, and not as everyone is used to orbital rotations. The densification of planets occurs after the location of the sun in the ejection zone from the exodus of the nucleation base - that is, the zero point or, in this case, the starting point from another star. Namely, the sun was born from a star, and not by itself.
But some stars are born from the center of the galaxy when the galaxy expands, and this is a completely different process.
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If we take into account the processes, then - time is understood differently than the usual, one must proceed from the knowledge of the galaxy when it changes and rotation along the ecliptic - yes, the stars in this case move just along a strictly defined zone of the galaxy than the planets revolve around the center - moving behind the sun.
If you know the time of the cyclicality of the planets, for example, Jupiter changed in 2010 - and Saturn in 2008, then we can conclude that this change should be saved as a change in these planets in cyclicity. They should be taken into account as a defining point, important for the entire solar system.
Knowing the changes of the planet exactly, you can take as the point of origin of the planet in the system and the location in this period of all other planets. The main thing is to take into account all the planets and track changes in each planet as a whole. In this case, yes, you will know exactly the time of calculation of the solar system and the cyclical nature of its development, and you will always know when the next cycle will be. But you will only recognize the age of the solar system, not the galaxy.
Author: Rutmol