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Muon Results Throw Physicists Best Theories into Confusion

Scientific American Experimental anomalies have sent researchers scrambling to concoct new explanations Print The Large Hadron Collider’s LHCb detector, pictured, reported anomalies in the behavior of muons, two weeks before the Muon g – 2 experiment announced a puzzling finding about muon magnetism. Credit: Peter Ginter Advertisement Physicists should be ecstatic right now. Taken at face value, the surprisingly strong magnetism of the elementary particles called muons, revealed by an experiment this month, suggests that the established theory of fundamental particles is incomplete. If the discrepancy pans out, it would be the first time that the theory has failed to account for observations since its inception five decades ago and there is nothing physicists love more than proving a theory wrong.

Fifth Force of Nature Found Which Violates the Laws of Physics

A fifth force of nature has been found and it violates the laws of physics – why are we still in existence? “Muon g-2” sounds like a villainous robot in a sci-fi movie, but it’s actually the experiment conducted at the U.S. Department of Energy’s Fermi National Accelerator Laboratory in Chicago that resulted in the discovery that muons – massive cousins of electrons – wobble while spinning through a strong magnetic field and the force created is not known under the Standard Model of particle physics. That would make it a fifth fundamental force of nature. Is that a bad thing?

Particle Physics Experiments Reinforce Evidence of New Force of Nature

Strange Muon Wobble Leads To New Force of Nature Discovery The experiment that returned the potentially paradigm-shattering results and the idea of a new force of nature involved subatomic particles known as muons. A muon is a negatively charged particle with a similar profile to an electron (both are classified as leptons). But the mass of the muon is 200 times greater than that of its ethereal cousin the electron. In nature, muons are produced by high-energy interactions involving particles of matter, including those that occur when molecules in the Earth’s upper atmosphere are bombarded by cosmic rays . Since they can also be reliably created inside powerful particle accelerators , muons make ideal experimental “subjects” for physicists studying the nature of reality and those looking for new forces of nature. Quite often, high-energy physics projects are designed to search for or produce anomalies, which then require alterations or addendums to known scientific laws o

Američtí vědci tvrdí, že našli důkazy páté základní fyzikální síly

Američtí vědci tvrdí, že našli důkazy páté základní fyzikální síly
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