The differences of galactic rotation and the effect of rotation in the opposite vector direction of rotating galaxies that results in the fusion of the arms by waves .
by Henryk Szubinski
Knowing that symmetrical waves have S = h
basically makes the previous factor as root S where the y value change is from S ------>4
This can be mean value curvature of the differencial equation defines the density function were looking for as the factor that fuses the strings together in the mean TROPH point.
basically makes the previous factor as root S where the y value change is from S ------>4
This can be mean value curvature of the differencial equation defines the density function were looking for as the factor that fuses the strings together in the mean TROPH point.
The basic equation :to locate the 3 rd vector component in the curvature difference between the large and small factors of galactic rotation as the WAVE , Height y and Vector S
here's the differencial
(y1 + S) x(4+y2) =12 y +4S +2Sy
here's the differencial
(y1 + S) x(4+y2) =12 y +4S +2Sy
Here is the FUSION wave that rotates about the galaxy and will at some time fuse the galactic arms together. It is the density function.