Recent lattice-based simulations agree with the newly measured pion rate, adding weight to a result that challenges older measurements.
Recent lattice-based simulations agree with the newly measured pion rate, adding weight to a result that challenges older measurements.
More from this article
See all →For 25 years, muon-wobble experiments and theory disagreed by one part in a million. New theory…
The muon’s magnetic wobble records a tiny contribution from every particle in existence.
A highly precise detector produced a new pion-rate measurement that sharply diverges from its own…
Collider results disagree: new VEPP-2000 data align with lattice simulations, while earlier…
Brookhaven National Laboratory’s 2001 measurement found an unexpectedly large muon g-factor,…
A June 2020 prediction sharply disagreed with Fermilab’s April 2021 measurement, nearly reaching…
Lattice QCD places quarks on a three-dimensional grid and calculates each cell’s evolution, much…
After a decade of computational advances and more computing power, the BMW collaboration matched…
Don't lose this one
A free account saves cards like this to your Collection, and Korva resurfaces them so you actually remember.