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Quantum physics: videos Hacker News recommends
Quantum mechanics: wave function, entanglement, double slit, quantum field theory, interpretations, Sean Carroll, PBS Space Time, quantum gravity, particle physics, CERN, Higgs. Below: every video in this topic that at least three HN users linked with real commentary, in at least three different months (34 explainers, 14 lectures, 4 talks), best-scored first, with the comments on each video page.
- HN commenters repeatedly recommend it as the talk that finally made quantum mechanics click, especially for programmers.
- HN recommends it as one of the clearest layman explanations of Bell's theorem.
- Called a favorite and a masterpiece by commenters as the clearest accessible explanation that there are only waves in fields, and what physics still doesn't know.
- HN commenters point to it as a lucid, general-audience lecture that shows how wrong common conceptions of time are, often in threads on entropy and the arrow of time.
- Sean Carroll lecture recommended in 5 different months by 5 HN users, 2021–2025HN commenters recommend the series as engaging, substantial physics with just enough math for non-specialists.
- HN repeatedly recommends it as an approachable, math-light route to understanding mass and the Higgs field.
- HN recommends it as the clearest visual explanation that uncertainty is intrinsic to waves, separate from measurement disturbance.
- udiprod explainer recommended in 5 different months by 3 HN users, 2017–2021HN commenters call it one of the best visual explanations of the wave, particle and measurement relationship, free of silly metaphors.
- Fermilab lecture recommended in 5 different months by 5 HN users, 2016–2022HN recommends it as the clearest long-form explanation of the everything-is-fields view for non-physicists.
- HN commenters point to it as an approachable explanation of how symmetries give rise to conservation laws, including the story of Emmy Noether.
- TVO Docs lecture recommended in 5 different months by 7 HN users, 2013–2021HN commenters recommend it as an accessible yet substantive introduction to the holographic principle and black hole information, often when related physics news comes up.
- Recommended as an approachable entry point to quantum interpretations, and cited on many worlds questions.
- Repeatedly recommended as the most accessible explanation of Bell's inequality, reducing it to a simple counting problem.
- Recommended as a clear explanation of where mass actually comes from.
- HN recommends it as a quick introduction to the quantum eraser and delayed choice weirdness, though one commenter notes later corrections to its framing.
- Stanford Institute for Theoretical Physics lecture recommended in 4 different months by 4 HN users, 2015–2023Commenters recommend it as a clear, characteristically engaging Susskind lecture for people trying to grasp the entanglement and gravity connection.
- HN recommends it as a clear debunking of the retrocausality interpretation of the quantum eraser.
- HN commenters regularly send people to it as an accessible, friendly introduction whenever pilot wave theory comes up.
- HN recommends it as a short, intuitive introduction to the pilot wave (de Broglie-Bohm) interpretation of quantum mechanics.
- HN uses it as the primary source for Weinstein's theory, though some commenters note he never published a full math paper.
- Recommended as a high-level but clear explanation of the black hole information paradox and competing theories, by a physicist known for making quantum mechanics approachable.
- heligone demo recommended in 4 different months by 3 HN users, 2015–2021HN users share it to build intuition about wave-particle duality and pilot-wave ideas in quantum mechanics threads.
- HN recommends it as a short, accessible layperson explanation of the real-versus-complex quantum theory debate.
- HN recommends it as the best non-mathematical explanation of the Higgs field, deep but accessible to lay viewers.
- HN recommends the series as an entertaining, serious route into physics for self-learners comfortable with basic math.
- Recommended as an accessible and correct explanation of Hawking radiation for non-physicists.
- Looking Glass Universe explainer recommended in 3 different months by 3 HN users, 2017–2020HN commenters recommend the channel as a clear, well-made source on quantum mechanics and common misconceptions about Bohmian mechanics.
- Stanford Institute for Theoretical Physics lecture recommended in 3 different months by 3 HN users, 2015–2023HN people point to it as the more detailed follow-up when articles touch on entanglement, holography and black holes.
- HN recommends it as an approachable, intuitive explanation of why visible photons can be surprisingly large, from a channel known for practical optics.
- Pointed to in consciousness and AI threads as the best-known statement of Penrose's view, which commenters find interesting even when they disagree.
- Recommended as a clear explanation of how electrons gain mass, and the channel itself gets binge-watch praise.
- HN commenters point to it as an accessible way to get a grip on AdS/CFT and the holographic principle whenever black holes or information physics come up.
- HN commenters find the hypothesis elegant and the channel consistently thought-provoking, and point to it in threads on light, particles and wave functions.
- HN points to it as a clear, approachable explanation of quantum entanglement.
- Curt Jaimungal interview recommended in 2 different months by 2 HN users, 2024–2026HN commenters point to it as a credible, clearly explained alternative take on quantum foundations from a Harvard physicist.
- HN commenters call it eye-opening and deeper than typical layman explanations, linking it in double-slit and mechanics threads.
- Simon Benjamin talk recommended in 2 different months by 2 HN users, 2020–2023Cited in threads on probability and quantum theory as a strong argument that probabilities can be eliminated from physics.
- The Qualcomm Institute lecture recommended in 2 different months by 2 HN users, 2020–2024HN commenters point to it as a presentation of the Penrose-Hameroff theory of consciousness, which some find compelling.
- HN recommends it as a clear explanation of how information may be encoded on a black hole's surface.
- HN commenters point to it as an accessible explanation of abstract modern physics around the black hole information problem.
- Offered as an accessible visualization for people wanting to understand particles as excitations of fields.
- Recommended as an accessible but not oversimplified explanation of the muon g-2 experiment, by a channel aimed at curious physics enthusiasts.
- Recommended as a good visual walkthrough of the Standard Model equation for people who want to understand its terms.
- It is cited in string theory arguments as a counterweight to critics, a working physicist's reason to think there is something to the theory.
- Physics Explained lecture recommended in 2 different months by 2 HN users, 2022–2025Recommended for a math-heavy but thorough treatment of the ultraviolet catastrophe and the history of the experiments.
- Pointed to as a clear, balanced overview of quantum-brain theories when AI consciousness and brain models come up.
- HN commenters point to it as a clear explanation of Bell's theorem and superdeterminism, though some criticize it as knocking down strawmen.
- Recommended as an approachable case that the Everett (many-worlds) interpretation is the simplest reading of quantum mechanics.
- Max-Planck-Institut für Physik talk recommended in 1 different month by 1 HN user, 2022–2025Praised as a jargon-light talk on advanced physics that HN cites when arguing spacetime is not fundamental.
- Recommended as an approachable way to understand the quantum nature of light and basic quantum math without heavy machinery.
- Cited as an accessible pointer when threads discuss black hole models that avoid singularities.
- HN cites it in double slit debates for its grounded demonstration of interference as classical wave behavior.
- Recommended as an accessible explanation of many-worlds versus single-world wave collapse.
- MITMathLab demo recommended in 1 different month by 1 HN user, 2016–2017Cited in pilot-wave theory threads as a vivid visualization of how quantum-like behavior can arise in a classical system.
- Quanta Magazine explainer recommended in 1 different month by 1 HN user, 2022–2024Initially praised as a nicely done explainer, it is now more often cited as an example of overhyped quantum coverage.
- Angel Art explainer cited on HN 3 times, 2016–2022Cited as a goofy layman's introduction to the double slit experiment in quantum physics threads.
- HN people link it in dark matter and black hole threads as a clear summary of why black holes alone are unlikely to explain dark matter.
Questions
What is the most recommended quantum physics video on Hacker News?
The Quantum Conspiracy: What Popularizers of QM Don't Want You to Know by Google TechTalks: HN commenters repeatedly recommend it as the talk that finally made quantum mechanics click, especially for programmers.
How is this quantum physics list ranked?
By HackerTube's score: the number of distinct months in which an HN comment recommended the video, plus half a point for every month with a strong recommendation. One viral thread counts less than steady recommendations over years.
Where do the videos come from?
From every Hacker News comment between 2007 and 2026 that linked a YouTube video, labeled by an AI model as a recommendation, a citation, a joke or a criticism. The list is published by HackerTube under ODC-By 1.0; this edition adds indexable pages and the comment context.