World's biggest radio telescope could tease out secrets of dark matter, universe's 1st galaxies

[Admin]

The coming Square Kilometre Array could shed light on mysterious dark matter, revealing the role it played in the formation of the universe's first galaxies.

World's biggest radio telescope could tease out secrets of dark matter, universe's 1st galaxies : Read more

 

[bwana4swahili]

Dark Matter is a figment of researchers' imaginations. There are far simpler, and probably correct, explanations for the Universe's apparent lack of matter, i.e.: a variable gravity 'constant' comes to mind.

 

[billslugg]

How does a variable gravity constant work to explain the rotation of galaxies?

 

[Classical Motion]

Decaying gravity would answer much, especially if it decreased very fast long ago. And continues to decrease at a very slow rate. Forever. I would highly suspect this dynamic to be so.

And this does not explain rotation within a galaxy. But the trajectory and structure of the orbits can, I believe. The circumference of those orbits are assumed to be arcs, and the velocity, the length, the period and the momentum is calculated from such. But I believe the orbital circumference is not an arc, but is a helix. And therefore the amplitudes and directions of the calculations are very mis-leading. The velocity and momentum are constantly changing, and only a portion is giving you the right observed direction. An orbital helical trajectory has not been discerned. But can be observed with Io. And now finding a debris torus for all planets confirms this to me.

I do believe that our observations and measurements are and have been very mis-leading. We need to measure Z motion, along with X and Y motion. And that Z motion will be angular, not linear. An orbit has two perpendicular angular accelerations, not one.

A portion of the velocity and momentum is not in the direction of the arc, it's perpendicular to the arc. Giving more velocity and momentum than seened and measured.