bilglik 6

Bilgilik 335
And then would promptly die of the lack of air, the punishing g-forces, and the friction
burn along the way. But what happens if we try to calculate your speed using these
figures?
Well, S=D/T. So, 679million/0=…
If you tried plugging this into your calculator, you would quickly run into an error here.
Calculators do not like dividing by zero. This is because, the smaller the denominator
becomes on a fraction, the larger the total
number becomes. If you reduce the value of the denominator all the way down to zero,
the only way this
can work is if your total answer becomes infinity. If you travel for 0 time over any distance
greater than zero, you have just travelled
at infinite speed. So from light’s perspective, it is travelling infinitely fast, not at
299,792,458 m/s (let’s
call it “c”).
So why is it that everyone else detects light travelling at “c”, but light thinks it is going
infinitely fast?
What I am about to share is one possible theory. It’s going to incorporate the 4D space
we talked about when considering the nature of
time, as well as the hyperbolic universal geometry we discussed for the shape of space
models. Both models were important building blocks that we can now build upon in a
single 4D
hyperbolic geometry. This may sound intimidating, but it’s the same as the 4D space we
worked in before.
Let’s compress all of 3D space down into a single 2D plane; this leaves us the final
dimension free to be made into the “time” direction we looked at earlier. For the
hyperbolic element, all it means is that in our space, all the lines diverge away
from one another, always. This has the effect of warping space in a way our brains don’t
really process well,