Cold dark matter

From: H J Ruhl <HalRuhl.domain.name.hidden>
Date: Mon, 27 May 2002 21:09:21 -0700

In my model [a derivation I have based on forcing a "no information"
condition on the Everything] space in any evolving universe is a collection
of discrete points.

In a universe like ours these points can move about inside a given region
within which they are the only point. These regions can be arranged in a
geometric pattern like a grid. The universe would have some rules about
the spacing of neighbor points and consequently where the point currently
in question will be located within its region at the next state of that
universe. This is rather like a cellular automaton but in the model it is
subject to external true noise in various ways. In the right kinds of grid
structure local oscillations could look like what we currently call
subatomic particles. Our universe may have a face centered cubic grid [as
a ground state grid] since this may have some low level oscillations that
have a one to one correspondence with the known subatomic particles. These
local oscillations can relocate in the grid but individual points may not.

Superimposed on these local small scale oscillations could be large scale
oscillations that resemble what is being called a weakly interacting cold
dark matter. Just about the only manifestation of these large scale
oscillations I can currently think of is of a gravitational type.

I will submit a joining post a little later this week since I believe it is
an excellent idea.

Hal
   
Received on Mon May 27 2002 - 18:32:49 PDT