Approximating GR

[D. Scott Barclay]

Would like someone to finish this simulation.

Simulation of General Relativity.doc

[D. Scott Barclay]

On 6/3/2018 at 3:28 PM, D. Scott Barclay said:

Would like someone to finish this simulation.

Simulation of General Relativity.doc

Using dynamic euclidean geometry; accelerating collapse of space,  to imitate GR, 

[Phi for All]

I might open a PDF, but it sounds like you want someone to spend time working on your Word doc for you. Why? This is a science discussion forum.

[D. Scott Barclay]

Its open for discussion, I should have said, apologize.  Anyone can take ownership of it, if they want.  I'm retired and an Environmental Engineer.

Using the contraction of spherical space as a function of masses.   CAn be used to solve 3-body problem (possibly any n-body problem) directly without iterations; calculating the new displacements between the 3 bodies is done.

Just need to put the centre of mass of the new triangle inside the original with the same center of mass for the system.

Then rotating the inside triangle to where the new positions take the shortest route from the old positions.  Not using cartesian coordinates at all.

Attached is file as pdf

Discussion.Simulation of General Relativity.n.body.problems.pdf

[Mordred]

The paper only represents one class of solutions under relativity in terms of a central potential system. Those that are readily applied under the Newton approximation under GR. The four momentum is far better suited. GR doesn't depend on a coordinate choice however can be applied under any coordinate change.