4 ms·
Now imagine what that system looks like from the outside. It's dark and cold, yet still has mass to implement gravity and emits neutrinos (presumably). If you
by kordless 13y ago
Now imagine what that system looks like from the outside. It's dark and cold, yet still has mass to implement gravity and emits neutrinos (presumably).
If you want to explain dark matter, no need to go further than this.
- aosmith 13y agoExactly =)
- kordless 13y agoI did some digging and evidently there are many assumptions defining the search for Dyson spheres. One is that the output of the sphere would still equal the output of the star it surrounds, just at a lower frequency. The other has something to do with the ratio of Helium and Hydrogen and the makeup of 'normal' matter ratios in the universe. I don't understand it, but it sounds like it might be a checkmark against the likelihood of massive numbers of spheres. Not knowing something is not proof something else exists. Time will bear out the truth - hopefully in my lifetime.