[1] You post in the wrong forum. [2] You disregard the answers you have been given [3] If you had anything of substance [which you havn't] you would not be here. You would obviously be undergoing proper peer review via the scientific method. [4] You obviously have no qualifications and/or credentials to formulate or claim to have a better model than our current two. [5] We have on this forum many alternative hypothesis pushers every day, all claiming to know better than the giants of the present and the past. and all suffering from delusions of grandeur.
? Considering as far as I know, that we only need to use Newtonian mechanics for our space endeavours, that really says its, quite OK.....GR of course would give exactly the same results with slightly more unneeded refinement, and the added complicated maths involved. Yep, it's OK, both OK.
Essentially impossible - there will forever be some margin of error, even if it is a few nanometers, atoms, or billionths of a whole
Did you read what I said? The same results with unneeded refinement. You see the word refinement? Good stuff!
Again, this is not possible with our level of technology. Case in point - to be truly "exact", we would have to know the position, direction, and velocity of the sub-atomic particles... this is impossible due to Heisenberg's uncertainty principle: http://en.wikipedia.org/wiki/Uncertainty_principle as well as the Observer Effect: http://en.wikipedia.org/wiki/Observer_effect_(physics)
For Galeleo I after the flyby the speed was 8.949 km/s but this was 0.00000392 km/s faster than expected. For Galeleo II after the flyby the speed was 8.877 km/s but this was 0.0000046 km/s slower than expected. There is an anomoly but that still seems pretty precise, doesn't it? Do your think your conjecture (of course without any math [or logic]) can solve this mystery. I am thinking, not. PS. I read some of your conjecture and there is a plethora of problems with it.
Timo Huovinen: Consider a beach ball in a swimming pool. If I hold the ball under water, then let it go, why does it rise to the surface? Does your theory of gravity predict this effect, similarly to the behaviour of a helium balloon rising in air? Or is this effect different? And why, when I drop the same beach ball on the side of the pool, does it fall to the ground rather than rising through the air?
when a charge is vibrating, its em force follows. the charge emits em wave. when a mass is vibrating, its gravitational force is vibrating, the mass emits gravitational wave. when an atom vibrates at 10^14 or so per second, it emits visible light. seems all correct?
Gravity and electromagnetism are two completely different forces. I'm fairly certain this has been explained to you on more than one occasion.
right here, theory of everything, http://www.thenakedscientists.com/forum/index.php?topic=54194.0 get in and debunk if you able to.