Updated Apr 09, 2021 | 17:19 IST The discrepancy discovered suggests that the universe may contain previously undiscovered particles or forced that go beyond our current understanding. Representational image. | Photo Credit: iStock Images Key Highlights Scientists with Fermilab in Batavia, Illinois, via a seminar held on Wednesday, declared the first results of the Muon g-2 experiment – one which, since 2018, has been measuring a particle called the muon, a heavier and unstable version of the electron first discovered in the 1930s The Standard Model – humanity's best explanation for how all particles in the universe behave predicts the frequency of a muon's wobble with great precision