and the limits of Einstein's E=mc2 revealed.
I knew it!
The Hadron Collider group has verified, that a particle can move faster than the speed of light in certain circumstances.
Well, they may have had their measurements in a twist - but even close to the speed of light is fine for the following purpose.
This means that a particle - even with an infinitesimally small mass - at close to the speed of light did NOT increase its mass to infinity, as predicted by Einstein.
I have mentioned earlier in this blog, that old Albert got it wrong.
In fact he knew it, but preferred to modify his equations and explain, that a train speeding along an embankment would increase its mass towards infinity, as the speed approached that of light.
The simple fact is that mass stays constant. Heureka!!!!
It is the speed of light that varies in the E=mc2 equation, due to the scientifically proven time dilation of the superfast train.
Now it is proven and the scientific establishment simply doesn't know what to do with it.
So they shut up.
Infinity is a strange thing, that we can only express mathematically, but not comprehend.
An infinite Universe.
An infinite mass.
Time that always was and always will be.
All rather esoteric for the human brain.
But try 1/0 (one divided by zero), or rather 1/0.0000000000000000000000000001 and you get the point.
Yes - a very big number.
A train with an infinitely great mass is a very heavy matter.
But a quantum sized particle at the speed of light would be an equally heavy matter, according to Einstein, as infinity remains infinity.
Can anything go faster than the speed of light?
Probably not (!!) - this is the limit in the time dimension in which it is measured.
Can anything go faster than 300,000 Km/sec?
Absolutely - if time can dilate or contract it all depends upon who is watching and measuring, as a second is not a second any more.
- close to a great mass (Galaxy),
- at very high speeds and
- at high temperatures
Otherwise it contracts.
This is an accepted, measurable fact today.
Speed = d/t,
where d= distance, t=time
even mathematically challenged people can see, that with a constant d and variable t, speed varies.
Einstein tried to circumvent the limit of 300,000 Km/sec by saying, that at speeds close to that of light, d would become shorter.
Rubbish - it is easy to prove this can't be the case, actually using Einstein's own arguments.
I shall return to that later, ramming a big, wooden stick through the Relativity Theory.
Once Stephen Hawking, Brian Cox, Jim Al Khalil and the other celebrity phycisists, who have stayed glued to Einstein, are forced to look scientific facts in the eyes (and they will have to sooner rather than later) a veritable revolution will take place, as we have to start with Newton again and scrap all the rest - - - or something to that effect.
Does E=mc2 work at all?
Yes it does - as a practical approximation as long as we stay within our Earthly time dimension.
Once the Earth was flat and the Sun circumnavigated the Earth.
Copernicus was ridiculed for his heliocentric postulate, which surely didn't make the Earth flatter or helped making the Earth continue to be the centre of the Universe.
The truth in science is never decided by majority votes.
I look forward to the cosmological revolution coming up.