HN commenters repeatedly recommend it as the talk that finally made quantum mechanics click, especially for programmers.
Topics › Physics, Space & Chemistry
The best quantum physics videos, according to Hacker News
57 videos about quantum physics that Hacker News commenters keep pointing each other to, ranked by how many separate months they were recommended. Part of Physics, Space & Chemistry.
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.
HN 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.
HN commenters call it one of the best visual explanations of the wave, particle and measurement relationship, free of silly metaphors.
HN 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.
HN 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.
Commenters 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.
HN 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.
HN commenters recommend the channel as a clear, well-made source on quantum mechanics and common misconceptions about Bohmian mechanics.
HN 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.
HN 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.
Cited in threads on probability and quantum theory as a strong argument that probabilities can be eliminated from physics.
HN 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.
Recommended 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.
Praised 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.
Cited in pilot-wave theory threads as a vivid visualization of how quantum-like behavior can arise in a classical system.
Initially praised as a nicely done explainer, it is now more often cited as an example of overhyped quantum coverage.
Cited 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.
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