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10 videos · 5 h 43 min

  • Explainer · YouTube

    If You Don't Understand Quantum Physics, Try This!

    Domain of Science

    Dominic Walliman's illustrated tour of the whole quantum landscape, explained directly rather than through analogies: wave-particle duality, superposition, uncertainty, entanglement, energy quantization and more. Treat it as a map of the territory, and as you watch, try to spot the five big ideas this lesson names.

  • Lecture · Royal Institution

    The mind-bending reality of quantum mechanics - with Jim Al Khalili

    The Royal Institution · Jim Al-Khalili · 2025

    A Friday Evening Discourse recorded at the Ri in November 2025, a century after Heisenberg's breakthrough: a hundred years of quantum theory, from the 1920s pioneers to the technologies being built now. Keep asking which claims are experiment and which are interpretation.

  • Explainer · Fermilab

    QED: experimental evidence

    Fermilab

    Fermilab's Don Lincoln on the electron's magnetic moment, the record-breaking agreement between quantum electrodynamics and experiment that Part 5 of this lesson describes. Six minutes on how a theory earns trust: with numbers that match.

  • Explainer · YouTube

    Quantum Mechanics - Part 1: Crash Course Physics #43

    CrashCourse

    A brisk Crash Course episode on the ultraviolet catastrophe, Planck's law and the photoelectric effect: two of the three cracks in classical physics that section 1 lists. Treat it as a trailer for Chapters 3 and 4, where each crack gets a full lesson.

  • Documentary · YouTube

    Powers of Ten™ (1977)

    Eames Office

    Charles and Ray Eames's classic short film, an adventure in magnitudes that starts at a lakeside picnic in Chicago and changes scale by a factor of ten at each step. Watch it as section 2's journey in moving pictures, then remember that the lesson keeps going far past where any camera can follow, down to the Planck length.

  • Explainer · YouTube

    How We're Redefining the kg

    Veritasium

    Veritasium on replacing the metal kilogram with a definition based on Planck's constant, walking through the Kibble balance that links a mass to h. It was made before the change, so it speaks of the future: the new definition took effect on 20 May 2019, as section 3 says.

  • Demo · Perimeter

    Investigating Planck's Constant with LEDs

    Perimeter Institute for Theoretical Physics

    A three-minute Perimeter Institute demonstration that measures Planck's constant with a cheap, simple setup built around LEDs. It makes section 3's exchange rate tangible, and it previews section 6, where an LED's colour is set by its band gap through E = hf.

  • Explainer · YouTube

    So You Want to Understand Quantum Mechanics…

    PBS Space Time

    A two-hour PBS Space Time compilation. The jump lands on its chapter 'Planck's Constant and the Origin of Quantum Mechanics' (10:40), the 1900 story behind E = hf. Its other chapters, on tunnelling, the double slit, the quantum eraser, entanglement and the Bohr–Einstein debate, many worlds, pilot waves and the uncertainty principle preview much of this course.

  • Lecture · Royal Institution

    Why Everything You Thought You Knew About Quantum Physics is Different - with Philip Ball

    The Royal Institution · Philip Ball

    Science writer Philip Ball, author of the book 'Beyond Weird', starts from quantum physics' reputation as obscure and impenetrable and explores how its counterintuitive principles create the world we experience. Watch it beside section 4's five big ideas, and keep track of which claims are about experiments and which are about interpretations.

  • Lecture · University of Padova

    Gerald Gabrielse: Measurement of the Electron Magnetic Moment Using a One-Electron Quantum Cyclotron

    Aula Rostagni UniPadova DFA · Gerald Gabrielse

    A Padova physics colloquium (30 March 2023) from Gerald Gabrielse, whose Northwestern group made the measurement section 5 quotes, on measuring the electron's magnetic moment with a single electron held in a trap he calls a quantum cyclotron. Expect professional detail; listen for the fine-structure constant, which the lesson names as the current limit on the theory-experiment comparison.