Feynman: Why Time Only Moves Forward | Entropy Explained in Plain English

Описание: Why does time only move forward when the laws of physics work just as well backward? In this video, we explore the arrow of time through an intuitive, Feynman-inspired explanation of entropy—without unnecessary math or jargon. Using everyday examples like broken glasses, messy rooms, and spreading gas, this episode shows why entropy is not simply “disorder,” why you can remember the past but not the future, and how probability gives time its direction.
This video is designed for curious minds who want to truly understand physics, not just memorize terms. Inspired by the teaching philosophy and spirit of The Feynman Lectures on Physics, the goal is to explain deep ideas in a clear, honest, and intuitive way—the way Richard Feynman himself championed.
By the end, you’ll see that time’s arrow isn’t enforced by mysterious forces, but emerges naturally from statistics, low-entropy beginnings, and the way information spreads into microscopic details. If you’ve ever wondered why broken things don’t unbreak—or why tomorrow leaves no memories—this video is for you.
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Disclaimer:
This video is an independent educational work inspired by the teaching style and scientific philosophy of Richard Feynman. It is not affiliated with, endorsed by, or produced in cooperation with Richard Feynman, his estate, or his family. All references to Feynman are for educational and inspirational purposes only, with deep respect for his legacy and contributions to science and teaching.
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