What Really Happens When You Die According to Physics—It's Not What You Think | Penrose скачать в хорошем качестве

What Really Happens When You Die According to Physics—It's Not What You Think | Penrose

What happens when you die? Nobel Prize-winning physicist Sir Roger Penrose explains what quantum mechanics really says about death: You don't cease to exist. You decohere. Quantum information cannot be destroyed—this is proven by the unitarity theorem. When you die, the organized quantum state that constitutes your consciousness doesn't vanish. It disperses. The information spreads into the environment through quantum entanglement. Your atoms scatter, but the correlations persist. Forever. This isn't heaven. This isn't reincarnation. This is informational permanence without experiential continuity. Your consciousness ends (coherence is lost), but your information becomes part of the permanent quantum state of the universe. Discover why: Unitarity theorem forbids information destruction (proven in quantum mechanics) Hawking eventually conceded: Black holes preserve information (Penrose won the bet) Death = decoherence (organized quantum state dissolves into environmental noise) Holographic principle: Information encoded on cosmic boundaries (permanent geometric structure) Orch-OR theory: Consciousness requires quantum reduction (ends when coherence lost) CCC: Your information passes into next aeon as geometric constraints (eternal but not conscious) This is what physics says about death. Not religious comfort. Not materialist annihilation. But quantum decoherence—the dispersal of information into eternal mathematical structure. Consciousness is finite. Information is eternal. IMPORTANT NOTICE: The content shared on this channel is prepared for educational, informational, and commentary purposes. Scientists mentioned or whose visuals are used in the videos are introduced based on information obtained from publicly available sources. The photographs and visuals used are utilized for the purposes of criticism, commentary, education, and information within the scope of fair use principles. This channel has no official affiliation, partnership, or representative relationship with the individuals or institutions mentioned. The shared content does not constitute academic advice or an official opinion; it aims to provide the audience with general knowledge and scientific awareness.