Standard Physics invented "virtual particles" (ghosts) to explain the muon's wobble (g-2).

The Abbott Audit removes the ghosts. The wobble is simple Mechanical Friction.

Zenodo Doi: 18616961

Hashtags:
#QuantumPhysics #ParticlePhysics #Muon #gminus2 #QuantumMechanics #StandardModel

physics is really experimental driven at the moment. This is why we do experiments, measuring things precisely (and substantially more precisely than theory). This is the summary plot of the #gminus2 result that comes out today, comparing purple (experiment) to yellow (150+ theoretical physicists)

and a very nice video by the MuonG-2 experiment www.youtube.com/watch?v=6LAg... #gminus2

Muon g-2 announces most precise measurement of the magnetic anomaly of the muon The third and final result, based on the last three years of data, is in perfect agreement with the experiment’s previous results, further solidifying the experimental world average. This long-awaited...

At #Fermilab, the Muon g Minus Two collaboration just announced the latest results, based on analysis of their entire data set from 6 years of running.

With more data, they've managed to shrink the uncertainty in the tiny number they measure from over 400 parts per billion to 127 ppb.

#gMinus2

The @fermilab.bsky.social Muon g-2 experiment has announced the most precise measurement of the magnetic anomaly of the muon.

Our researchers played a key role to the experiment’s latest findings.

Find out more: news.liverpool.ac.uk/2025/06/03/m...

#gminus2

Fermilab | Muon g-2

Muon #gminus2 paper now published and available on the Fermi National Accelerator Laboratory website: muon-g-2.fnal.gov #physics #StandardModel

Now, this is where the g-2 #gminus2 experiment at
@Fermilab
comes in: it measures how one of the elementary particles spins in a magnetic field.

A bit like when you have a top, you can draw conclusions on where the material is inside the top, just from how the top spins

Fermilab Fermi National Accelerator Laboratory is the premier particle physics lab in the United States. Founded as the National Accelerator Laboratory in 1967, it was renamed after physicist Enrico Fermi in…

New results of the G-2 experiment are expected to be presented at a Fermilab colloquium later Today. Now, why is this #gminus2 experiment so interesting and gets even jaded particle physicists like me excited? A thread:

(today at 10 am Chicago time, www.youtube.com/@fermilab )

I only now found out that Fermilab #gminus2 wanted to have this plot included in yesterday's talk, but I failed to reply to their e-mails. Sad it didn't happen. 😰

At least it proves that when I'm on holidays I don't read my e-mail. 👍

#gminus2 - question on lepton-universality. They talk of LHCb. 😍

I'm waiting for a Summer blockbuster/disaster movie trailer:
"Something is amiss with the muons..."
in style of the movie '2012'...
#gminus2 twitter.com/Fitzparticle/status/1379... https://t.co/WKfYzWkqCa

I don't want to increase the pressure, dear ambulance chasers, but... #gminus2

Here's the updated anomalies plot after #gminus2
#FlavourAnomalies #CautiouslyExcited #LessCautiouslyExcited

I'll upload it to www.scholarpedia.org/article/Rare_decays_of_b... tomorrow. CC BY-NC-SA 3.0

An exciting result! Hints of muons behaving weirdly now 4.2 sigma (combined with the Brookhaven measurement) away from the predictions of the Standard Model...
#gminus2 https://twitter.com/Fermilab/status/1379812068824555523

Post-Newtonian particle physics in curved spacetime In three very recent papers, (an initial paper by Morishi...

That was fast. First @arxiv post on why the #gminus2 calculations are wrong. Matt Visser posted https://arxiv.org/abs/1802.00651 on Friday.