We don't yet know enough about dark matter - or even if it really exists - to be able to speculate on what "form", if any, it might take.
You have to remember that "dark matter" is entirely theoretical, based on the supposed fact that the Milky Way doesn't have enough mass to keep it together, and that therefore there must be additional matter that we can't see - "dark" matter - to keep it all together. We've never detected any, nor do we know if we CAN detect any.
Black holes possibly???
Any individual star you can see is in the Milky Way galaxy... with one possible exception. Supernovae in nearby galaxies might be bright enough to see as individual stars.
yes because there are about hundred and hundreds of Galaxy in one universe at least what i read there are hundreds of galaxy so there might other forms if i am wrong pleas correct me :D
Can you tell me about your upbringing and family dynamics? What are your current stressors or challenges? Have you experienced any significant life events recently? How do you typically cope with difficult emotions or situations? Are there any patterns in your thoughts or behaviors that you have noticed?
your hamster might be dying or it is sick
First, a few clarifications. Quasars are related to black holes. Our Milky Way has no quasar; meaning that the black hole is currently "inactive", which basically means that it is not gobbling up a lot of matter. According to current scientific knowledge, there is really nothing that can destroy a black hole. It will gradually evaporate, but that takes a long, long time. For more details about this evaporation, search for information about "Hawking radiation".
Scientist say there MIGHT be billions of solar systems in the Milky Way but I believe we are the only one!
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Because we are part of this galaxy.
Because of the clouds of gas and dust that exist in the Milky Way, we are unable to see stars near the core of the galaxy. So, if there is one there, it does not have a name. But it is entirely possible that there is not star at the center of our galaxy. Recent radio telescope observations indicate that many galaxies contain hyper-massive black holes at their centers, and our own Milky Way might be among them.
well.. it might have something to do with that protons are bigger than electrons in matter and that works out better than antimatter where positrons are the smaller in mass.
It might be considered that way, because of the formula E=mc2. That doesn't mean you can freely convert matter to energy and vice versa, but in some cases this is possible.