You see, if E=mc^2 and we solve for c, first...
and use either of those two equation,
and solve for m,
m can = 0
There is no such thing as mass.
it's all just gravitational curvatures, towards uncountable tiny centers.
All the way up and down, forever, C-r black holes.
The ones in greater curvature than us, appear tiny, and the ones, looking through lesser curvature, are far away.
CHEERS!
rongrite 2 years ago
Hey Jerry!
Really like your theory,
could it be that the speed of light "c" actually varies
between 0 and infinity m/s.
And we can only see so far up and down that cosmic scale, from any curvature?
In other words, if we were smaller, would the neutral zone be just as far away, from our perspective, if we existed there?
You see, if E=mc^2 and we solve for c, first...
and use either of those two equation,
and solve for m,
m can = 0
There is no such thing as mass.
it's all just gravitational curvatures, towards uncountable tiny centers.
All the way up and down, forever, C-r black holes.
The ones in greater curvature than us, appear tiny, and the ones, looking through lesser curvature, are far away.
CHEERS!
rongrite 2 years ago
Hey Jerry!
Really like your theory,
could it be that the speed of light "c" actually varies
between 0 and infinity m/s.
And we can only see so far up and down that cosmic scale, from any curvature?
In other words, if we were smaller, would the neutral zone be just as far away, from our perspective, if we existed there?
rongrite 2 years ago