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486. The Intersection of Science and Meaning | Dr. Brian Greene
The Jordan B. Peterson Podcast
Quantum Entanglement and Wormholes: A Unified Vision?
Recent insights in string theory suggest a deep connection between quantum entanglement and wormholes, presenting an idea that may unify concepts from quantum mechanics and general relativity. Quantum entanglement, the phenomenon where two distant particles are linked in such a way that changes in one instantly affect the other, and wormholes, which are theoretical 'tunnels' through space connecting different locations, appear to be two expressions of the same underlying reality. This perspective challenges the notion that these principles are fundamentally separate, proposing instead that they may represent different languages for the same relationship. This revelation indicates that rather than merely attempting to reconcile general relativity and quantum mechanics, we may already have an intrinsic connection between them that needs further exploration through string theory and other frameworks. This emerging understanding over the last decade marks an exhilarating shift in the field of theoretical physics.
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