Okay, great. Exciting observations, but really, not that useful in the big scheme of where we are with physics today.
How about you physicists show us Higgs? How do quantum mechanics and gravity mesh into a coherent theory? Explain the disagreement of 107 orders of magnitude (yes, you read that right: 107 zeros) between the upper bound upon the vacuum energy density (from data obtained from Voyager, less than 10**14 GeV/m3) and the zero-point energy of 10**121 GeV/m3 - calculated using quantum field theory, or alternately: Why doesn't the zero-point energy of the vacuum cause a large cosmological constant? Why is there far more matter than antimatter? Are protons stable - if not, what's the half life? Is SUSY real or just implied? What governs the transition of quarks and gluons into pions (ie explain QCD)? What's the mass of a Neutrino? Explain why the fundamental physical constants have the exact and seemingly arbitrary yet interconnected values they have? Why did the universe have such low entropy in the past? What causes gamma ray bursts? and on and on and on...
But most of all, explain what causes the observed effects of hypothetical "dark matter" and "dark energy". My young children are smart enough to know that the dark matter story sounds like total and utter bull. The story goes like this: "We see something that looks like it causes things to move, but we don't know what it is, and we can't see it, or measure it, create it, or understand it at all. These unobservable matter blobs (and energy) may be 95% of everything we observe! We see something we can't explain, so we're calling it 'dark matter' and moving on with the old story that has worked for a while and still gets us grant funding." Why no one with a brain is calling out this story for its absurdity is astounding.
These issues are not subtle or small. The theories science (specifically physics) now promotes and teaches about the physical world, while highly accurate and highly reproducible in different areas, are *impossibly inconsistent* and *abundantly incomplete*. For science, inconsistency on this scale is a crisis requiring a revolution in thought.
The most dangerous hubris in science is the refusal to accept that we're far more ignorant about our physical environment than most would like to admit.