Were is most of the dark matter in the milky way universe?

Answer 1

I dont know correctly but it may be most of the galaxy I think so!

In reality we don't 'know' but our best understanding is;

Ordinary matter: ~4.5 %, dark matter: 23%, dark energy: 72%.

Reputedly 80% of this 23% dark matter is cold dark matter and 20% is hot dark matter.

It has been said that "dark matter.... makes up more than 80% of the matter of the universe." but that is a common misunderstanding; But we MAY say; up to 96% of the mass-energy in the universe is 'dark'.

We don't know what dark matter is, but in fact it only means it does not have an easily detectable 'electromagnetic cross section' so it could be electrons/ions plasma, which has a refractive index of 1.

Answer 2

It is estimated that the matter in the Universe is divided up as follows: 4% "normal" matter (this is the part we know best), 23% dark matter, 73% dark energy. We don't know much about dark matter, but it is clear that it does exist (it manifests itself by its gravitational attraction, so it can't hide completely). We know even less about dark energy.

Answer 3

I presume your question is "WHERE is most of the dark matter in the Milky Way Galaxy."

I change the last word simply because the Milky Way is a galaxy, not a Universe.

Dark matter, being a "something" that interacts with other "somethings" only via gravity, congregates where other "somethings" with gravity congregate. In any galaxy, that would be in the central core. The evidence is still being examined; however, it seems that, everywhere in our Universe, there is about five parts dark matter for every one part baryonic matter -- the latter being "the stuff we actually understand."

Answer 4

There is about 5 times more dark matter than "normal" matter (the matter we are familiar with). The percentages are estimated as follows: the Universe is made up of 4% normal (a.k.a. baryonic) matter, 23% dark matter, and 73% dark energy.

Answer 5

The dark matter may be invisible, but it can still be noticed by its gravitational effects. For example, galaxies rotate way too fast for the amount of known matter; therefore, there must be additional mass holding them together.

Answer 6

i don't know',so haha