MULTIVERSE COSMOLOGY STARTS HERE!

Home
Experiments
Experiments 2
Experiments 3
Model
Fluid Multiverse Theory
Big Hole Theory
Random Exercise
About
Contact
Site Map
THIS JOURNEY BEGAN IN 1965 FROM 42.008298, -71.330499 AND CONTINUES TODAY AT THE EDGE OF THE UNIVERSE AND BEYOND.
 


 
MULTIVERSE COSMOLOGY - BIG HOLES AND  FLUID PHENOMENON


Explore the possibilities of a dense plasma multiverse not more than 60 mm in size ejecting big bang universes that expand to billions of light years in size. Then consider big holes, which eject entire galaxies to another horizon.

 

These simple concepts evolve from the observation of fluid phenomenon in oscillating bubble films, which parallel astrophysical structures and activity from peculiar galaxies to the Milky Way.

 

The existence of big holes (big bang-black hole) draws on hydrodynamic principles found in bubble film phenomenon and direct astrophysical observations that provide the evidence for mass that has exited the universe, creating sources of ultrahigh-energy cosmic rays beyond background radiation. 

 

THE MULTIVERSE


 
Size: 60mm diameter (average)
Properties: super-dense oscillating plasma
Lifetime: unknown
Universe ejections: 10 (average)
Subset of Superverse

 
BIG HOLES
 
 
Size: 100,000 light years (average)
Properties: dense oscillating galaxy
Lifetime: variable/terminal
Ejections: 1
Subset of Universe

NASA