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What happens when you throw a rock in deep space—and it slows down? In this episode, Dr. Georgie explores one of the most profound puzzles in modern physics: why energy doesn’t always seem to be conserved in an expanding universe.
Journey from Newton’s laws to Einstein’s relativity, and discover how Emmy Noether—an underappreciated genius—changed everything with a groundbreaking insight: that the laws of conservation arise from symmetries in nature. Her work not only resolved Einstein’s dilemma but laid the foundation for quantum field theory and the Standard Model.
This episode is a poetic and philosophical dive into why symmetry matters, how the universe evolves, and what it means when even a rock in space becomes a doorway to deeper truths.
🎧 Hosted by Dr. Georgie | #DreamShadowTV
What happens when you throw a rock in deep space—and it slows down? In this episode, Dr. Georgie explores one of the most profound puzzles in modern physics: why energy doesn’t always seem to be conserved in an expanding universe.
Journey from Newton’s laws to Einstein’s relativity, and discover how Emmy Noether—an underappreciated genius—changed everything with a groundbreaking insight: that the laws of conservation arise from symmetries in nature. Her work not only resolved Einstein’s dilemma but laid the foundation for quantum field theory and the Standard Model.
This episode is a poetic and philosophical dive into why symmetry matters, how the universe evolves, and what it means when even a rock in space becomes a doorway to deeper truths.
🎧 Hosted by Dr. Georgie | #DreamShadowTV