Xiang Liu I proved Fermi Bubbles are dark matter by solving the final parsec problem then axiomatizing dark energy as a coordinate transformation to place the solar system inside of Fermi Bubbles' dark matter halo, thus solving the Bulk Lorentz Crisis.
If I can get a picture like the one attached for the Milky Way Galaxy, I can determine which of those black holes is the sun. Since I've already deduced that starspots are holographic black holes, solved the coronal heating problem, & unified solar flares & coronal mass ejections with pulsars & novae, I am on the verge of forecasting solar particle events to millisecond precision.
When Parker Solar Probe reaches its 22nd orbit, I expect the unified theory of cosmic plasma physics to be further confirmed by the probe's images of hot spots in the convection zone because those are white holes - the natural complement to black holes as predicted by general relativity.
With all of that behind me, I am currently comparing phases of galactic bars/bulges to solar cycles, exploring supernovae remnants inside of the Magellanic clouds (because the Magellanic stream dips into the south galactic pole), solving the cooling flow problem with void mass calculations, & exploiting particle astrophysics to climb Feynman Gauge Ladders from pulsars — quasars — blazars — magnetars with respect to stellar color superconducting neutron star cores.
Ad Astra
- Badges
- Science topic
- Similar topics
- Biological Science
- Molecular Cell Biology
- Culture Cells
- Cell Line