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Scientific American Is the Standard Model of Physics Now Broken? The discrepancy between the theoretical prediction and the experimentally determined value of the muon s magnetic moment has become slightly stronger with a new result from Fermilab. But what does it mean? Print The Muon g-2 magnetic storage ring, seen here during its relocation from Brookhaven National Laboratory on Long Island to the Fermi National Accelerator Laboratory outside Chicago, is a central component of the project s quest for new physics. Credit: Alamy Advertisement The so-called muon anomaly, first seen in an experiment at Brookhaven National Laboratory in 2001, hasn’t budged. For 20 years, this slight discrepancy between the calculated value of the muon’s magnetic moment and its experimentally determined one has lingered at a significance of about 3.7 sigma. That is a confidence level of 99.98 percent, or about a one-in-4,500 chance the discrepancy is a random fluctuation. With the just announce

Fermilab tevatronFermi national laboratoryHydrogen epoch of reionization arrayBrookhaven national laboratoryStandard modelLarge electron positron colliderLarge hadron colliderHydrogen epochReionization arrayஃபெர்மி தேசிய ஆய்வகம்ப்ரூக்ஹவன் தேசிய ஆய்வகம்தரநிலை மாதிரிபெரியது எதிர் மின்னணு பாஸிட்ராந் மோதல்பெரியது ஹாட்ரான் மோதல்ஹைட்ரஜன் சகாப்தம்