How do scientists peer into the fundamental building blocks of our vast universe?
In short: Particle detectors act as the telescopes of the subatomic world. This talk explores the anatomy of the ATLAS experiment at CERN, revealing how these massive devices allow researchers to observe the smallest scales of reality and test our most complex theoretical predictions.
Particle detectors serve as essential instruments for physicists, functioning similarly to how telescopes aid astronomers. By examining the inner workings of the universe at the smallest possible length scales, these detectors help identify the fundamental constituents of matter. The ATLAS experiment at CERN is a primary example of this technology, providing the extraordinary detail needed to confirm theoretical models of the subatomic world.
The presentation, recorded at the Royal Institution on 2 November 2024, features science journalist and physicist Claire Malone. Malone, who earned her PhD from the University of Cambridge, previously focused her research on searching for physics beyond the Standard Model, specifically supersymmetry. Her work highlights the intersection of advanced particle research and the importance of making complex science accessible to the public.
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- Summary by Intellect · source: Inside the particle detector at CERN - with Claire Malone
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