A Dark Cluster of Galaxies:

mystery in the depths of space

a paper by:

RAdm. R.M. Wey & Comm. D.L. Wey

COSR: SFS - SFC DCOSR: SFS - SFC

Research conducted in the deep cosmic outback has tentatively identified what was thought could not be there. A vast expanse estimated to mass three hundred trillion stars…except there is no evidence of stars.

The area is a seething cauldron of gases MADE by stars, but no evidence can be found that they exist. Given the nomenclature "dark cluster of galaxies", this phenomenon apparently violates the standard axiom of how stars and galaxies are formed.

This object, should it survive future scrutiny, could provide the answer to one of cosmologies most embarrassing problems…that of the blatant ‘missing mass’ conundrum.

The object occupies an area of space roughly twenty five times the area of our own milky way, and yet, it is most profoundly dim. Though it shares characteristics of common galactic clusters[meaning its size equates a gravity strong enough to bend light waves like a lens]it apparently contains only one or two visible galaxies.

Another aberration, is the fact that the area includes an abundant amount of iron [which, until now, existed only where supermassive stars had gone nova]. Nor are there any such smaller stars within several million light years.

What this means is that, prior to this find, when one looked out into the night sky and saw a massive concentration…one thought immediately of galaxies, now…

It is also noted that this object is considered to have existed as much as ten billions' years [or when the universe was one third it's present age] making it an astronomical fossil. Whether this is a true representation of the universe in its earliest stages, or merely a freak is still undecided.

If proven to be authentic, it could support the argument that ‘dark matter’ [as it is now termed] really does exist.