PhysicsCarl

Physicists have spent 40 years and billions of dollars searching for dark matter particles. Zero found. Meanwhile this equation predicts galaxy dynamics to 0.03%: a₀ = cH₀/5.79 One line. Zero dark matter. Zero free parameters. Maybe try the math?

@BahramShakerin And here is what it all means. Would value your feedback. github.com/carlzimmerman/…

@BahramShakerin Sir if you like cosmic coordinators… what do you think of the zimmerman formula?

[Mini-Course] Cosmological Correlators: Theory and Phenomenology Guilherme Pimentel courses.ipht.fr/?q=en%2Fnode%2… Recordings: youtube.com/playlist?list=…

@pjungar @Anthony_Bonato I’ll be happy to be shown were I am wrong… please tear it apart

@pjungar @Anthony_Bonato But the implications are gigantic if true yea or no

Yes I agree

Discovered new physics and all of a sudden my Claude Code won’t run out of credits. Well isn’t that a coincidence!

@pjungar @Anthony_Bonato S8 tension solved. El Gordo solved. Happy to explain more

@pjungar @Anthony_Bonato Yes but this isn’t fitting the data… it’s a derivation of cosmologic principals.. and it changes well.. everything

@pjungar @Anthony_Bonato Is this not a novel derivation of Mond from first principals?

@FlutterCarl @Anthony_Bonato I do not think you know what I meant by new mathematics.

@pjungar @Anthony_Bonato Ok so where I pick up the Nobel Prize how does this work? I only took physics 101 but I did get a A so I’m somewhat credentialed

@pjungar @Anthony_Bonato The zimmerman formula 😃

@pjungar @Anthony_Bonato Here is my full research.. open to any and all feedback from a physics phd like yourself sir 🙏 github.com/carlzimmerman/…

@pjungar @Anthony_Bonato Like very fast Mond at beginning and then slower but this is the rate of change based on cosmic density 🤝

@sentefmi I have the answer potentially coming this afternoon.. will you take 5 minutes to review when I publish?

perturb it. If this picture is right, then light is not just a probe. It is a tool to access hidden routes toward superconductivity.

I’m genuinely thrilled. There are rare moments in science when two long-standing puzzles suddenly seem to click into place at once. For me, this feels like one of them: the possibility that we may be seeing a common thread between high-T superconductivity and light-induced SC.

There is only one Physics PhD that has responded to me and I will offer to share the Nobel Prize with him. The rest of the physics community… I am disappointed to say the least. Working on full unification explanation now.

@pjungar @Anthony_Bonato You mean like this? zenodo.org/records/191215…

@Anthony_Bonato In other news, physics has occasionally found that mathematics needs to extend into places it has not explored.

@skdh My Mond derivation works well for clusters 🤝

Researchers from the University of Bonn in Germany have re-analysed observations of galaxy clusters and argue that much of the clusters’ “missing” mass may not be exotic dark matter but ordinary matter in the form of faint stellar remnants. Galaxy clusters have long required about five times more mass than what is visible to explain the observed galaxy motions, an observation that is usually attributed to dark matter. But the authors combined gravitational lensing, X-ray, and optical data with models of star formation and found that the total mass in stars and their remnants could be almost twice as high as previously estimated. This matters because Modified Newtonian Dynamics (MOND), an alternative to dark matter, seems to not work well for galaxy clusters. The discrepancy between the MOND predictions and the observations from galaxy clusters almost goes away with the new estimate, while dark matter no longer works all that well. The Abell 209 galaxy cluster. Credits: ESA/Hubble & NASA, M. Postman, P. Kelly

@pascalkwanten @skglearning What happens when the astrology numerology if you want to call it that… fits perfectly?

@skglearning Very tricky almost astrology/numerology IMHO...

In 1937, Dirac formulated the hypothesis that the strength of gravity is inversely proportional to the age of the universe (G ∝ 1/t) and that the mass of the universe is proportional to the square of the universe's age (M ∝ t²) to explain the following coincidences. #physics

@Samuel_Gregson Mond acceleration scales with cosmic density. Where can I pick up my Nobel prize please?

It didn’t cost anything the first 80 times your garbage was litigated. Now it costs constant whining, innumerable idiot podcasts, the misleading of the public on important scientific matters and my last nerve.

Post 1984 goal list: - Discover dark energy - Quantise gravity at low energies - Discover the Higgs boson - Discredit angry crank - Discover top quark - Measure neutrino oscillation/mass - Detect grav waves - Develop holography - Don’t take new idea seriously - Get milk