When will we know everything
and the field of the full universe with change with other universes in full formats
of comparative relations.
Some basic questions that are change to theory format by using Greek numerals
by Henryk Szubinski
According tot he theory result, the 23 327,5 Light years zone is special. I checked the displacement from our own sloar system and located the 23 000 light years distant system as the closest . Then i used the change left over to define the comparative closeness to the diameter of the whole field of stars in the cluster. The cluster is known as;
Messier 13 NGC 6205 is at 23 000 Light years, however there are some extra factors that define the diameters or radius of the stars there as having 250 suns magnitude and 140 light years in diameter. This change in displacement from 23 327.5 -23 000 =327,5 light years So that the diameter is displaced by x 2,5 of the diameter at 140 light yearsx2=280 LY . This means that any object in the density static (zone of non movement) is compensating this stillness by the 2,3 x diameter = about the size of its circumference back and forth with some displacement left over at about the remaining 327,5-280= 47,5 L.Y The system is clearly centered and using it's stablity to generate some singular force field with the remaining circumference as friction in relation to the theory being
then, friction x density =S to the system and the remaining S as the circumference + some small error.
Meaning that by extension to this star cluster there must exist forces that will respond back to the point of observation by some mechanics of quantum responses, meaning that the universe could be in total the diameter x 2,5 or closer to 2,3 x of the diameter of the universe as related to displacing to how far away it is located, so some force exists that will rotate the diameter back and forth in relation to its own point of observation. Some type of space friction zone around the cluster than makes it rotate about some core in density dispersion that is enough for it to relate to other density friction zones (basic bubbles).
Messier 13 NGC 6205 is at 23 000 Light years, however there are some extra factors that define the diameters or radius of the stars there as having 250 suns magnitude and 140 light years in diameter. This change in displacement from 23 327.5 -23 000 =327,5 light years So that the diameter is displaced by x 2,5 of the diameter at 140 light yearsx2=280 LY . This means that any object in the density static (zone of non movement) is compensating this stillness by the 2,3 x diameter = about the size of its circumference back and forth with some displacement left over at about the remaining 327,5-280= 47,5 L.Y The system is clearly centered and using it's stablity to generate some singular force field with the remaining circumference as friction in relation to the theory being
then, friction x density =S to the system and the remaining S as the circumference + some small error.
Meaning that by extension to this star cluster there must exist forces that will respond back to the point of observation by some mechanics of quantum responses, meaning that the universe could be in total the diameter x 2,5 or closer to 2,3 x of the diameter of the universe as related to displacing to how far away it is located, so some force exists that will rotate the diameter back and forth in relation to its own point of observation. Some type of space friction zone around the cluster than makes it rotate about some core in density dispersion that is enough for it to relate to other density friction zones (basic bubbles).
Inside galaxy there exist pulleys that are similar to the torque of the galaxy by way of pulleys that pick up the extra tautness of the basic string in it's total vector length and as such the total is actually longer than the distance to it by some diameter x 2 + some extra value of force.
Change gears and you get the pulley force system.
Change gears and you get the pulley force system.
The theory might have found something quite spectacular. That the proximity value was related to some system distance =23 000 L.Y as the velocity shows that this system is displacement at the rate at which it's distance indicates with some extra velocity factors left over for the diameter to basically, be there . So quite unexpectedly i might have found the exact value in which the universe is "not expanding" but rotating itself into some spiral at the same distance and velocity. That the remaining 327,5 L,Y can be the curvature of the spiral would indicate that the distance is not so long as spirals that have many loops inwards.But this is not excluded as possible. Just think of the distance remaining as the amount of curvature in relation to the distance to the system. So the extra velocity must be the tangent that is higher than the distance of the log spiral ahead of it in space. To make sense of the facts that the spiral will +- the distance while over the tangent will reduce the spiral length and the distance below the tangent will increase the distance. I looked through my equations where the density of the universe increases until everything reaches some stable density field at some velocity. Then i went through the delta (or the friction)as the stable relation of everything in the universe while the velocity starts to be reduced. So the 280 L,Y of the diameter or tangent back and forth (140 L.Y x 2). There is something here that defies reason. Here is the log spiral. It could be possible that log spirals in space move through the universe faster than light by some factor of 23 000 L.Y instantaneously as you observe the core of the spiral in the cluster and that while it would displace everything inside its spiral area, these stars and our sun would also be moving at this speed (on the inner or outer zone of the spiral force).The speed is the distance, and the extra remaining values are the curvature or warping of space that equates the forwards velocity at 327,5 L.Y for that vector length ,for those observing at the diameter section of the inner or outer diameters of the spiral.
Basic definition of the vector towards the objective and the length in light years as warped in relation to the in and out possibilities and the law of spiral motion(conclusion).
The law of spirals and motion in them as a and b
a)
The S towards and away from spirals will halve the 10 vectors to it's core but will multiply by 2 x on the return to the starting position of the spaceship.
b)
The S back to the origin will be 2 x of the vector distance to it's core but will be 1/2 x of the 10 stages back when related to returning to
the starting position of the spaceship.
a)
The S towards and away from spirals will halve the 10 vectors to it's core but will multiply by 2 x on the return to the starting position of the spaceship.
b)
The S back to the origin will be 2 x of the vector distance to it's core but will be 1/2 x of the 10 stages back when related to returning to
the starting position of the spaceship.