There seems to be not enough matters to account for the speed of some stars located far away from the galaxy center moving at almost the same speed as those stars found near to the center of the galaxy, therefore it seems there should be even more matters so these missing matter is coined infamously as dark matter. There is a kind of stellar object that isn't massive enough to produce its own light but is many times more massive than Jupiter, a.k.a brown dwarf. Since it isn't bright enough to be detected by our deep space telescope nor the earth bound counterparts, there should be numerous of them in every galaxies as I believe these objects sits in the middle range between planets and stars. However it seems the scientific community had ruled out this potential dark matter candidate without scanning the unobservable milky way galaxy as well as billions other with different light spectrums. Why isn't brown dwarf qualify for the mysterious dark matter?

There seems to be not enough matter to account for the fact that the speed of some stars located far from the Galaxy center is almost the same speed as those stars found nearer to the center of the Galaxy, therefore it seems there should be even more matter: so this missing matter is termed dark matter. There is a kind of stellar object that isn't massive enough to produce its own light but is many times more massive than Jupiter, a.k.a brown dwarf. Since it isn't bright enough to be detected by our deep space telescope nor the earth bound counterparts, they should be numerous in galaxies as I believe these objects sits in the middle range between planets and stars. However it seems the scientific community had ruled out this potential dark matter candidate without scanning the unobservable Milky Way galaxy as well as billions other with different light spectrums. Why aren't brown dwarfs considered candidates for the mysterious dark matter?

There seems to not enough matters to account for the speed of some stars located far away from galaxy center moving at almost the same rate as those stars found near to the center of the galaxy, therefore it seems there should be even more matters so these missing matter is coined infamously as dark matter. There is a kind of stellar object that isn't massive enough to produce its own light but is many times more massive than Jupiter, a.k.a brown dwarf. Since it isn't bright enough to be detected by our deep space telescope nor the earth bound counterparts, there should be numerous of them in every galaxies as I believe these objects sits in the middle range between planets and stars. However it seems the scientific community had ruled out this potential dark matter candidate without scanning the unobservable milky way galaxy as well as billions other with different light spectrums. Why isn't brown dwarf qualify for the mysterious dark matter?

There seems to be not enough matters to account for the speed of some stars located far away from the galaxy center moving at almost the same speed as those stars found near to the center of the galaxy, therefore it seems there should be even more matters so these missing matter is coined infamously as dark matter. There is a kind of stellar object that isn't massive enough to produce its own light but is many times more massive than Jupiter, a.k.a brown dwarf. Since it isn't bright enough to be detected by our deep space telescope nor the earth bound counterparts, there should be numerous of them in every galaxies as I believe these objects sits in the middle range between planets and stars. However it seems the scientific community had ruled out this potential dark matter candidate without scanning the unobservable milky way galaxy as well as billions other with different light spectrums. Why isn't brown dwarf qualify for the mysterious dark matter?