Superoscillations: imaging beyond the limits of diffraction
The resolution of imaging systems are generally restricted by the wavelength of light, making it impossible to clearly resolve things that are smaller than the wavelength. But a phenomenon known as "superoscillations" is now being used to try and beat the traditional resolution limit. I do my best to explain what superoscillations are and how researchers are already getting amazing results in their application.

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Introduction to Super-Resolution Localization Microscopy

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PMT2: Photon Bunching / Hanbury Brown & Twiss effect

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Brian Cox: The quantum roots of reality | Full Interview

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Electrons Don't Actually Orbit Like This

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AlphaFold - The Most Useful Thing AI Has Ever Done

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How a Lens creates an Image.

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Light & Coherence part 1: Temporal Coherence

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Forgotten Milestones in the History of Optics

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How AI Cracked the Protein Folding Code and Won a Nobel Prize

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Sir Michael Berry - A few physics wonders

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The Mystery of Spinors

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Sarah Paine — The war for India (Lecture & interview)

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The Truth About Depression - Dr Joanna Moncrieff

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Williamson & Van der Mark electron model | Are electrons made of light?

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Scott Aaronson - The TRUTH About Quantum Computing

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New James Webb Images Reveal the Overwhelming Scale of the Cosmos

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You Know This Song (but the Orchestra Doesn’t) | Jacob Collier & VSO School of Music Orchestra | TED

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The Standard Model of Particle Physics: A Triumph of Science

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How wiggling charges give rise to light

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