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" ... A four-muon candidate event in the ATLAS detector at the Large Hadron Collider. (Technically, this ... [+] decay involves two muons and two anti-muons.) The muon/anti-muon tracks are highlighted in red, as the long-lived muons travel farther than any other unstable particle. The energies achieved by the LHC are sufficient for creating Higgs bosons; previous electron-positron colliders could not achieve the necessary energies. ... "
" ... More than that, though, one of the key anti-accelerator arguments is that expertise running colliders is likely to be of no future use. To take an extreme argument, if there are genuinely no new particles to discover until some energy level that's completely implausible to generate in a controlled way-- ten orders of magnitude greater than the LHC energy, say-- then there's no point in trying to preserve that specific technical knowledge. If the "desert" above the LHC energy is that vast, then collider physics is an industry at the end of its useful life, and we shouldn't be any more anxious to preserve the accumulated knowledge of how to run particle colliders than we are to preserve decades of accumulated knowledge about how to mine coal. ... "
" ... Once we understood what binding energy was and how it worked, a brilliant idea was proposed to explain the "zoo" of particles that were starting to come out of particle colliders. In addition to the proton and neutron, a heavier, unstable version of them — the Lambda particle (Λ0) — was also found. But so were a slew of other particles: 3 varieties of pion, 4 varieties of kaon, the rho, eta, eta prime, and phi mesons, etc. ... "
" ... Two of the forces, the weak nuclear force and the electromagnetic force, are known to unify into the electroweak force at high energies achievable at certain particle colliders. Many ideas — such as grand unification and supersymmetry — would involve adding new particles and interactions, but would also lead to experimental consequences like proton decay or the presence of additional particles or decay pathways not seen at colliders. The fact that these predictions haven’t panned out helps us place constraints on both of these ideas. ... "