in precise detail . The Large Hadron Collider at CERN, Europe’s particle-physics laboratory near Geneva, Switzerland, discovered the Higgs — which is associated with the field that gives particles mass — in 2012. But it did not discover the other new particles that many physicists expected, and some now believe that might be beyond the machine’s reach.
In contrast, a muon collider would be a ‘discovery’ machine, trying to find new particles through collisions of unprecedented energy and elucidating the cause of discrepancies found in results from previous experiments.
I’d love for physicists to learn more about fundamental particles. But not if it means continually ramping up the energy of collisions without knowing the risk of catastrophe. - please investigate the risks; how can we know these experiments are safe?
For the life of me - why? In the face of so many existential threats - climate, microplastics, long COVID, etc., the need to find more elusive particles seems foolish. Read the room.
I knew if they kept smashing electrons, they would send their big cousins to have a word.
fitting that the US wants to smash these obese-trons
Total waste till they can get a grip on something more substantial or some experimental techniques into the super string theories - can do lot more bleeding edge physics in biochemical-spacetime, better bang for buck, big data not big enough for biol BiochemSoc RoyalSocBio
So how much funding needed to again make hypothetical machine to prove/find hypothetical stuff/results based on hypothetical theories ?
Will it be a modification in LHC or a totally new project?
Интересно ☝️
Эта штука будет сталкивать 'массивные электроны' третьего поколения?
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