On Feb 1, 12:56 pm, PD <
thedraperfam...@gmail.com> wrote:
> On 1/31/2012 9:24 PM, Robert L. Oldershaw wrote:
>
>
>
> > RE: Most recent particle physics conference [1/31/12]
>
> > I don’t mean to be overly rude or contentious, but is there some
> > serious problem with the theoretical side of particle physics?
>
> Why would you think that this marks a problem with the theoretical side
> of physics?
>
> The WHOLE POINT of developing theories is to find a candidate model that
> can be tested against observational data. It is perfectly common and
> expected that MOST proposed models will find their predictions ruled out
> by experiment. Most of science is systematic process of elimination of
> various possibilities. What you think is a problem is precisely how
> science SHOULD work, and does work.
>
You said,
"No, but what the standard cosmological model says about dwarf
galaxies is not exactly what it says about the universe as a whole."
Changing the underlying structure of the mass which fills the Universe
from a concept of "cold" dark matter which is theorised to have formed
one millionth of a second after the Big Bang to a Universe which may
instead by filled with "warm" dark matter which would have formed up
to minutes later says more about the Universe as a whole than it does
about dwarf galaxies.
http://www.bbc.co.uk/news/science-environment-14948730
"An alternative cause for the discrepancies between the modelled data
and what we observe is much more fundamental: that CDM does not exist,
and the predictions of the standard model relating to it are false."
"But he believes he has found a solution to the CDM problem. He
proposes that instead of "cold" dark matter that formed within the
first one millionth of a second after the Big Bang, the Universe may
instead be filled with warm dark matter (WDM). The WDM would have
formed later, up to minutes after the Big Bang, and is described as
"warm" as the particles would be lighter and more energetic. When
simulations of galaxy formation are run with the later-forming WDM
instead of CDM, the halo of dwarf galaxies has the same structure as
we observe in reality. Simulation of supernovae in dwarf galaxy
formation (Carlos Frenk) Violent supernovae in early dwarf galaxy
formation could be at the heart of the discrepancy The WDM solution is
"remarkably elegant", Prof Frenk said, and it means that "the standard
model is by no means dead"."
Of course the standard model is by no means dead. Give the theory a
generic name like the standard model and when it is wrong change it.
It's disprovable. Whatever the most recent discoveries are which
disprove the standard model do not disprove anything because the model
simply changes to support the new discovery.
What is presently postulated as non-baryonic dark matter is aether.
Aether has mass. Aether physically occupies three dimensional space.
Aether is physically displaced by matter. Aether displaced by matter
pushes back toward the matter. Displaced aether pushing back toward
matter is gravity.
Aether is, or behaves similar to, a superfluid with properties of a
solid; an incompressible fluid.
The Universe is, or the local Universe we exist in is in, a jet;
analogous to the polar jet of a black hole. Dark energy is the change
in state of the aether emitted into the Universal jet.
When the standard model gets around to the above it will be correct.