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When a theory makes a prediction that disagrees with an experimental test, sometimes it means we should throw the theory away. But what if that theory has otherwise produced the most successful predictions in all of physics? Then, that little glitch may be pointing the way to layers of physics deeper than we’ve yet imagined. Well, FermiLabs Muon G-2 experiment has been chasing the most promising glitch of all, and they’ve just announced their results.
Announcement Results
Previous Episode of Space Time To Help Understand Muon G-2:
Quantum Mechanics Most Incredible Prediction
Muon g-2 Playlist
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Hosted by Matt O’Dowd
Written by Dan Garisto & Matt O’Dowd
Graphics by Leonardo Scholzer, Yago Ballarini, Pedro Osinski, Adriano Leal & Stephanie Faria
GFX Visualizations: Katherine Kornei
Directed by Andrew Kornhaber
Assistant Producer: Setare Gholipour
Executive Producers: Eric Brown & Andrew Kornhaber
End Credits Music by J.R.S. Schattenberg:
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1:03 so physicists are just bug testers, got it
TF is this comment section?
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Laughing
EXTENDING THE STANDARD GENERATING MUONIC PARTICLE FIELD PARITY BY CHANGING PHASE SPACE SYMMETRY MODEL The scalar boson | ATLAS Experiment at CERN – Note_24-Ch11-1.pdf EFFECT OF COORDINATES SYSTEM SYMMETRY CHANGES ELECTROWEAK PAIRS VIOLATED BY THE MUON WITH AS ELECTRO- NUCLEAR STRONG FORCE AS MUONIC FIELDS VIOLATIONS OF ELECTRON PROTON GLUON NUCLEAR FORCE IN THE ATOMIC NUCLEI https://www.google.com/search?q=DI+MUON+HAVE+CHARGE&oq=DI+MUON+HAVE+CHARGE&gs_lcrp=EgZjaHJvbWUyBggAEEUYOTIHCAEQIRigATIHCAIQIRigATIHCAMQIRiPAtIBCDg4MTRqMGo3qAIUsAIB8QWGIpa3bRdaNg&client=ms-android-tmus-us-rvc3&sourceid=chrome-mobile&ie=UTF-8
INFINITE PARITY AND PHYSICAL SPIN WAVELENGTH COMPRESSION AND EXPANSION COHESION COHERENCE AND DISCOHERENCE
Re: TENSOR FIELDS VIOLATE THERMODYNAMIC ENERGY DISTRIBUTION AND HEINEBERG UNCERTAINTY MORE QUANTA ENERGY WAVE PARTICLE
EXAMPLE BLUE LIGHT SHIFT –OBSERVED IN MUONIC FIELD GENERATION BY LUCAN FIELD PAIRTY CHARGED PAIRTY AND MASS PARITY NEW FIELDS PARITY – (PHASORS) FROM PARTICLE WAVE INTERACTIONS CRATING MUONIC CHARGES FROM PHOTON BOSON EXCHANGING THE Thermodynamic NATURE OFF ZERO SPYN, ZERO CHARGED FIELD ELECTROMAGNETIC FIELD TENSOR INTO RICCI EINSTEIN SCALAR TENSOR DICOHERSION AND COHESION AS IS A STRANGE PATICLE ENTANGLES A CHARM A UP DOWN PARTICLE AS A QUARK LEPTON A CHARGE DARK ENERGY VANISH PARITY INTO SCALALR HEAVY NUETRINO FROM AND INTO A HARDON MESON LEPTON QUARK STABIZATIE SPIN CHARGE AS PION MUON-ELECTRON FROM VECTOR PHOTON -BOSON ENTAGLMENTMUON PHOTON INVERSION SPIN CURVATURE LIKE RICCI HEAT INFARED TAKES ON A DIFFERENT CHARGE THROUGH THE TENSOR FIELD LUCAN (PHASOR)2025 results dropped – time for an update video?
σ balls
Gumarth
Gumarth
This is excellent 2:00 is very good
I'll take your word for it.
No don’t make me do work I’m just auditing this class I swear
HDM and MOND. There goes the boogeyman of Dark Matter.
so much talk but no useful results … what good is knowledge if you dont use it for a better life ?
I'm picturing these "particles" as similar to how oobleck looks on a speaker, but spherical and suspended in empty space. Globby, vibrating fluctuations of fields, which vibrate themselves apart when in less stable combinations. The muon is seemingly a more massive, less stable gloopy blob than the electron, but otherwise similar
When i was getting my physics degree at UMass Amherst I got to do an independent study with prof. Stephane Willocq who was a professor there, but also the physics coordinater for the Atlas program. I got to do cool simulation analysis using some of the g2 muon data. I didn't continue down the particle physics route, but it was an awesome experience none the less!
So, more proof that this is all a simulation…
If the universe is fractal and particles are energy trapped in a fractal dimension, the values of the fine structure constant (α ≈ 1/137) and mass of particles can only be calculated using mathematical constants. Here are the best approximations I was able to calculate:
α = 1꞉ ᴾᴵ√ ̅̅ ̅̅ ̅̅(2⁴+5⁴)ᵠ · e⁵ ̅̅ ̅̅ ̅̅ (fractal ratio)
α = 1/[(2^4+5^4)^φ*e^5]^(1/π) = 0,0072973525677660… φ = 1,6180339887… golden ratio, e = 2,7182818284… (Napier's constant, Euler's number)
electron(mᵉ) = 0,510998950 MeV
A muon is an electron trapped in a fractal space with dimension = e (2.7182…)
muon (mᵐ) = 105,658373568 MeV = mᵉ · ᵉ√ ̅̅ ̅̅(2⁴+5⁴)·(5⁵-2·3³)̅̅ ̅̅ e = 2,7182818284… (Napier's constant, Euler's number); mᵐ = muon mass ; mᵉ = electron mass
mᵐ = mᵉ * [(2⁴+5⁴)*(5⁵-2·3³)]^(1/e)
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The following link will shed great light on quantum entanglement and how it applies to our lives on a daily basis.
https://youtu.be/0KXlBeziPJ4?si=nOsvvsTT3WgZ3JF5
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