Weren't you guys supposed to save these stories for Muonday Mondays? Weekend's too long of a wait?
I miss Topological Tuesdays or Turing Thursdays
Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
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Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#12>The task before the Muon g-2 Theory Initiative is to solve these dilemmas and update the 2020 data-driven SM prediction. Two new publications are planned. The first will be released in 2025 (to coincide with the new experimental result from Fermilab). This will describe the current status and ongoing body of work, but a full, updated SM prediction will have to wait for the second paper, likely to be published severa…
Essentially all of the theory research (specifically, lattice QCD calculations) since the previous white paper in 2020 have been conducted blinded, and at any rate, the deadline to be included in the theory average has already passed. It would take an act of extraordinary brashness to fudge the numbers now.
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#13[stub for offtopicness]
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#14It doesn't. I know that, without reading the piece, because nothing has broken the standard model.
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#15Enjoyed reading this and thank you for sharing.
Anyone know what are inside those tubes? Thinking to create this with a few younger ones and want to understand any risks should those tube breaks and something escapes.
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#16Enjoyed reading this and thank you for sharing. Anyone know what are inside those tubes? Thinking to create this with a few younger ones and want to understand any risks should those tube breaks and something escapes.
You're not where you think you are.
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#17https://bigthink.com/starts-with-a-bang/calculation-solves-m...
This article was a lot clearer for me
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#18> However, these calculations did not take into account the effects of “radiative corrections” – the continuous emission and re-absorption of short-lived “virtual particles” (see box) by the electron or muon – which increases g by about 0.1%.
Our universe is a subtle mess.
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#19https://bigthink.com/starts-with-a-bang/calculation-solves-m... This article was a lot clearer for me
I appreciate the source, but a website that advertises Michio Kaku is deeply disappointing.
Re: Muon's magnetic moment exposes a hole in the Standard Model, unless it doesn't
#20>The task before the Muon g-2 Theory Initiative is to solve these dilemmas and update the 2020 data-driven SM prediction. Two new publications are planned. The first will be released in 2025 (to coincide with the new experimental result from Fermilab). This will describe the current status and ongoing body of work, but a full, updated SM prediction will have to wait for the second paper, likely to be published severa…
But if you observe the observation, does it change both obervations? or just yours? ( Im kiddin ).
FermiLab is doing some great amazing work.
We have references: https://cerncourier.com/a/new-muon-g-2-result-bolsters-earli...