17. RETRO ARTICLES WRITTEN 40 YEARS AGO
Here are articles (six) written 40 years ago. They, of course, do not correspond to the actual state of affairs, and are not a reflection of reality. But they are given here as topics that the author worked on (when he was very young), and what views and ideas the author had at that time. This is one of the stages in the creation of dynamic temporal physics. They are given as they were and were created at that time, without edits. These are six articles by the author from the far past, do not judge too harshly what was, what was. So the author thought at that time, and who is not mistaken.
RETRO 1 INSTANT MOVEMENT OF BODIES IN SPACE
Used the black hole property. There are three categories of black holes, they have different properties, but we will consider only black holes of the second category, i.e., stellar sizes. Consider this process: an ordinary star begins to collapse, and the star begins to retreat into itself. This is the process we need. The star is in space and is inseparable, connected with it. From the Star, world lines run everywhere from the star to the edges of the universe. And when the star begins to shrink and the gravitational forces increase, the world lines begin from the edges of the Universe and curl up on the sphere of the star i.e. as if the Universe decreases together and at the same time as the star turns out as if a strange story. The Universe remains in place always and unchanged, but if you are on a star at this time and look at the Universe from a star,then the entire Universe begins to collapse on the star and it also contracts even faster than the star itself. Finally, the entire universe is centered in a former star, a black hole. Let's take this assumption to justify the method. Take a spaceship with an excess mass device, which creates an artificial black hole with an instant increase in mass, but in order not to escape into it, it is necessary to create, not completely slamming into a black hole. And the closer the radius of the artificial hole to the gravitational radius, the further the spaceship will go into space. The distance of the puncture of the space depends on this ratio. It is necessary that the center of the artificial mass be created so that the spaceship is located near the edge of the black hole and the closer to the edge, the further it is thrown. And the direction of the puncture depends on the position of the starship in the sphere. If you draw a straight line from the center of the artificial black hole to the spaceship and further into space, then the spaceship will go along this line, which can be seen from the figure. years old. The distance of the puncture of the space depends on this ratio.
But there is little rice. 16. Black hole as a wormhole. Not entirely sure.
The green arrow is the center of the black hole;
Promotional video:
Red arrow - starship;
Blue arrow - the direction of the starship throw;
Yellow circle - black hole area
the accuracy of hitting a given point depends on the space uncertainty Pnp which is equal to the expression, where the distance of the puncture (cast) Lrp
Formula puncture space. (nineteen)
Table # 54 punctures and casting uncertainty, the further you throw the spaceship, the greater the hit uncertainty. an arc on a sphere that shows the maximum possible deviation of that point's movement. Thus, the starship can be shuffled throughout the universe. This is one of the options
PS1. It's just a young man's mental guess
From the book: "Physics and Philosophy of the Real World for Representatives of the 5th and 6th Races." Author: Valery Asadov