On Aug 10, 5:21 pm, "qbit" wrote:
wrote



On Aug 8, 8:13 pm, "qbit" wrote:

Debunked by Proof: Einstein's Relativity Theory Is Wrong! - PROOF #1

Einstein's Relativity Theory (RT) states that nothing can move
faster than the speed of light (ie. c = 299,792,458 m/s^2).
Everything in RT is limited to this upper speed limit, and termed
as "relativistic addition" etc. The Lorentz-Factor (also called gamma)
does that limiting to c. For example when adding velocities together
the sum never can become = c.
RT relies solely on this fact and is highly dependent on this.

Below I will prove that this speed limit of RT cannot hold
for every object. It might be true for light (photons) itself,
and some other atomic particles, but this upper speed limit
cannot be valid for everything in the universe, especially not
for macroscopic objects like spaceships or celestial bodies like comets.

Here is an experiment that proves Einstein's Relavity Theory wrong:

We are performing a Free Fall Experiment above a star
...
We want to release a test-object to fall on to the surface of this star,
solely by using the gravitational attraction of the star. Ie. the test-object
has neither an own engine nor an initial speed; it will be released from rest.
The test-object is a symmetric and homogenous sphere of steel
or a similar material with some neglectable dimensions:
let's say it has a mass of just 1 kg and a radius of 5 cm.

Long before reaching c, any "test object" would long since have been
destroyed by tidal forces. Even if Newtonian mechanics WERE corrrect
(which it isn't), no such test could ever be conducted as you describe.

And what speed will the "destroyed" object (or its remnants) have finally
achieved when it (they?) finally hits the surface?
Or are you saying it won't reach the surface? :-)
But, where else can it go? :-)

Mass is variant; thus the cinetic energy for a droptest will float out
as the speed nears celerity. It's not that Newton was wrong in E -
v (However, the format was wrong, as by calculus it would be E = m.5vv
and not E = .5mvv.) but that he wasn't specific on m. (Also, however,
he was wrong on F = ma; F = ms/tt + m/t s/t + m/tt s.)

http://google.com/groups?q=Autymn+hap
http://google.com/groups?q=Autymn+not-a-thing

You set up two sound-propelled horns, one whose output goes in the
other's input. The speed of either depends on its mass. The first
horn beams the next horn, which drifts at some fraction of the speed
of sound. This output you feed in a third horn, and so on. What is
the limiting speed and why?

What must you do to boost this limit?

-Aut