posted on Aug, 13 2010 @ 03:32 AM
Dark energy may have been invented to rescue up a scientist’s favorite security blanket, conservation of energy, from the garbage truck, but it just
happens to be a cornerstone of my own Fractal Foam Model
. And I wasn’t even aware of the term “dark energy” until my model was nearly complete.
I was looking for ways to revise the Fatio-Lesage model of gravity
doesn’t add up mathematically. (If you’re not familiar with Fatio-Lesage, read about it.) I had already conceived the idea that the cosmic foam of
our universe is the ether foam of a super-universe, and the ether foam of our universe is the cosmic foam of a sub-universe. What follows is a
much-abbreviated account of my thought process over a period of weeks:
What if gravitons are waves instead of particles? Pressure waves are faster than shear waves. If light is a shear wave, and gravity is many times
faster than light, then perhaps gravity is transmitted via pressure waves.
Where do pressure waves come from? Bubbles of expanding foam pop; you can hear them popping because they radiate pressure waves. The popping of
ether-foam bubbles must the source of the pressure wave. When a bubble pops, one bubble becomes two; that’s in increase in the number of bubbles.
More bubbles mean more space; so for space to expand, bubbles must un-pop. Bubbles un-popping goes against the flow of entropy … unless the arrow of
time reverses from one universe to the next. So that’s it! Expansion of space in the sub-universe pops bubbles of the sub-universe’s cosmic foam,
which is the ether foam of our universe. Pressure waves radiate in the cosmic foam of the sub-universe. Due to time inversion, from our perspective,
those same pressure waves converge to a point where an ether-foam bubble un-pops, adding about 10^-105 m³ of new space to our universe. And that is
what drives the expansion of our space.
Since then, I have figured out that everything in our universe is a chaotic mix of shear waves and pressure waves. All the forces result from exchange
of momentum between the two types of waves. Particles consist of pairs or groups of shear waves orbiting one another at the speed of light, which
converts the shear waves’ energy to the rest mass of the particle.