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ATLAS scientists say search for 'new physics' continues; presenters note AI might aid discovery
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Summary
Presenters at the session reiterated ATLAS's mission to look beyond the Standard Model after the Higgs discovery and noted that new detector technologies and AI tools could play roles in future discoveries; the High‑Luminosity LHC beginning in 2030 will increase data available to researchers.
Speaker 2, Presenter, said the ATLAS collaboration aims to find phenomena beyond the Standard Model, noting that "We discovered the Higgs boson 10 years ago." The remark framed the experiment's ongoing search for so‑called "new physics."
Speaker 1, Presenter, summarized the theoretical context: "The Standard Model of particle physics is the current best theory to describe the building blocks of the universe," and new physics would be particles or forces not explained by that model.
Presenters described how planned accelerator upgrades will raise collision rates and extend ATLAS's scientific reach. Speaker 4, Presenter, said upgrades to the accelerator and magnets will produce "more particles" and "more events to look at," creating both opportunity and the practical need to upgrade detectors to handle higher event rates.
On the role of advanced analysis techniques, Speaker 3, Presenter, said it is difficult to predict what future experiments will uncover and suggested that artificial intelligence might find signals "that human brains haven't uncovered." The presenters did not offer experimental results supporting that claim; they framed it as a possible avenue for discovery.
The session noted that the High‑Luminosity LHC phase is expected to begin in 2030 and that ATLAS is expected to continue for about another decade after that start. No formal decisions, funding amounts, or timelines for specific detector procurements were specified during the remarks.
