Why BIG BANG Was Not the Beginning? Richard Feynman on the Start of Universe скачать в хорошем качестве

Why BIG BANG Was Not the Beginning? Richard Feynman on the Start of Universe

Ever been told the universe began with a single explosive moment called the Big Bang? 🌌 Most people imagine it as the absolute beginning of everything — space, time, matter, energy. But the deeper physicists looked, the stranger the story became. What if the Big Bang wasn’t the beginning at all? The truth is: the Big Bang doesn’t explain where the universe came from — it explains how the universe evolved from an extremely hot, dense state. The question of what came before is far more subtle, and far more fascinating. --- ⚠️ IMPORTANT NOTICE: This channel is not officially connected to Richard Feynman or his estate. Our mission is to share his legendary way of explaining physics with a new generation. The voice used in this video is not Richard Feynman’s real voice — it is an educational tribute created using AI to reflect his teaching style. No impersonation is intended, only deep respect for one of history’s greatest teachers. 🙏 All content is created for education, inspiration, and thoughtful reflection. This channel follows YouTube’s monetization policies, including clear disclosure of synthetic media usage. This channel has no official affiliation with Richard Feynman, Caltech, or his estate. We are independent educators using AI technology to make foundational physics more accessible. What we do: Transform Feynman’s lectures and writings into engaging visual stories while staying faithful to his original ideas. What we do NOT do: Claim this is actually Feynman speaking, invent new theories, or misrepresent his work. --- This journey starts with a misconception. When cosmologists say “the Big Bang,” they don’t mean an explosion in space — they mean the expansion of space itself. Galaxies aren’t flying away from a center; space between them is stretching everywhere at once. 🧠 Feynman emphasized that physics only describes what we can observe and measure. When equations break down at extremely high energies, asking “what happened before” may not even be a meaningful question — not because it’s forbidden, but because time itself may lose its usual meaning. ⚡ As we trace the universe backward, temperatures rise, densities explode, and our current theories fail. General relativity stops working. Quantum effects dominate. The Big Bang marks the edge of our understanding — not necessarily the edge of reality. 🔭 Observations back this up. The cosmic microwave background, the expansion of galaxies, and the abundance of light elements all confirm an early hot, dense universe. But none of them prove that this moment was the absolute beginning of existence. 💡 Feynman’s genius was his honesty. He showed that saying “we don’t know yet” is not a weakness of science — it’s its strength. Physics progresses by clearly separating what is known, what is inferred, and what remains mysterious. Ready to rethink the origin of the universe? Let’s explore what the Big Bang really means — and what it doesn’t. ⚡ ------------ 📚 GO DEEPER: Want to explore these ideas further? 📖 “The Feynman Lectures on Physics, Vol. 1” — Cosmology and fundamental laws 📖 “The Character of Physical Law” — Feynman on limits of scientific explanation 📖 “Six Not-So-Easy Pieces” — Relativity, spacetime, and the early universe 📖 Free access to the original lectures: [https://www.feynmanlectures.caltech.edu/](https://www.feynmanlectures.caltech.edu/) ⚠️ DISCLAIMER: This channel is independent and unofficial. We are not affiliated with Richard Feynman, Caltech, or his estate. All content is carefully researched from published lectures and writings, created to make the deepest questions about the universe understandable for curious minds everywhere.