Re: Dark matter



On Sep 17, 11:30 pm, spintronic <spintro...@xxxxxxxxxxx> wrote:
On 17 Sep, 11:48, Llanzlan Klazmon <bill.m.tho...@xxxxxxxxx> wrote:



On Sep 16, 5:57 am, spintronic <spintro...@xxxxxxxxxxx> wrote:

On 15 Sep, 18:49, Lee Oswald Ving <leeov...@xxxxxxxxx> wrote:

spintronic <spintro...@xxxxxxxxxxx> wrote in news:1189876449.081944.55590
@r29g2000hsg.googlegroups.com:

On 15 Sep, 18:02, "Mike Dworetsky" <platinum...@xxxxxxxxxxxxxxxxxxxx>
wrote:
"Féachadóir" <Féach@d.óir> wrote in message

<snip>

There is plenty of evidence that DM exists,

B.S. If 90+ % of the universe = DM. Why is there *none* in our solar
system?

Do you actually have a good reason to believe that matter must be
homogenous in the universe, or is the "B.S." coming only from you?

Yes I do!

Every known "elementary particle" can be found in a lab on earth!

But not DM.

Duh. Why on Mars do you think we know about all elementary particles.

Can you read? I said "Every known "elementary particle" can be found
in a lab on earth"!
Ergo: Known = already discovered!

Exactly. I was making fun of the stupidity of your statement.



The sort we are looking for are of course unknown.

Really? You must have an IQ of 350

At least.

..

Why would CERN be spending gazilions on the LHC if they thought it was unlikely to to
find anything new.

Of course they will uncover new data. But mainly it's construction is
for the
Higgs boson.

Sure but there is no more guarantee that the Higgs boson exists than
particles such as neutralinos, axions, or sterile neutrinos. The main
thing is that the LHC goes into an unexplored energy domain.


Aweful, waste of money if they never find it! Especially if they
create BH's or
some other catastrophic event! You ever see that film 1201?.

Have you ever noticed the Moon getting destroyed by cosmic rays that
make the LHC look like a WIMP by comparison ;-). (Spintronic: just so
you know that was a joke).


BTW ordinary neutrinos are dark matter

Turn the light off and my bed is dark matter! So what?

You mean you can't even see in infra red! Pathetic Earthling.
Nope, your bed is baryonic matter. Neutrinos are dark matter because
they don't interact via electromagnetism.


and they are definitely
detected in labs here on Earth. Neutrinos have all the properties of
the missing dark matter except that they are very low in mass and
therefore tend to move too fast to be gravitationally bound to
galaxies or galaxy clusters. It isn't really that much of a stretch to
consider the possibility of some sort of heavy neutrino like particle.

Ya its called a Tau neutrino Very fat.

Tau Neutrinos are no where near massive enough.

Klazmon.



.



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