No Bob.
Dark matter does not interact with ordinary matter except weakly threw gravity. I already told you why you would not see what you are saying. Because it does not interact, it would be spread rather uniformly throughout the galaxy and for hundreds of thousands of light years beyond. It would not be attracted to our solar system. Because it is spread out, there would be very little actually in our solar system. But, galaxies are mostly empty space. A little dark matter spread out evenly adds up to a whole lot of dark matter. You would not get the "lensing bubbles filling up the sky" because it does not interact.
Besides, I have given you three different methods to directly measure the dark matter. If you think it does not exist, then explain the data better. And I would also like to ask just where you are going with this? How does dark matter reflect on evolution?
Dark matter does not interact with ordinary matter except weakly threw gravity. I already told you why you would not see what you are saying. Because it does not interact, it would be spread rather uniformly throughout the galaxy and for hundreds of thousands of light years beyond. It would not be attracted to our solar system. Because it is spread out, there would be very little actually in our solar system. But, galaxies are mostly empty space. A little dark matter spread out evenly adds up to a whole lot of dark matter. You would not get the "lensing bubbles filling up the sky" because it does not interact.
Besides, I have given you three different methods to directly measure the dark matter. If you think it does not exist, then explain the data better. And I would also like to ask just where you are going with this? How does dark matter reflect on evolution?