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Black Holes: Physics, Structure, and Theory

1Introduction to Black Holes and Historical Context2Foundations of General Relativity3The Schwarzschild Solution4Geometry of Spacetime and Tidal Forces5Rotating Black Holes: The Kerr Metric6Black Hole Thermodynamics7Hawking Radiation and Quantum Effects8The Information Paradox9Formation and Astrophysical Evidence10Direct Imaging and Future Horizons
Geometry of Spacetime and Tidal Forces

Challenge: Choose Your Descent

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Now it's your turn. Imagine you are controlling three probes. Probe Alpha falls into a small stellar black hole. Probe Beta falls into a supermassive giant. Probe Gamma orbits a small one. Who gets spaghettified first? Who crosses the horizon safely? Use what you've learned about tidal scaling and proper time to make your predictions. Remember: density matters more than total mass at the horizon.
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Game-like scenario where the learner predicts survival outcomes based on black hole mass and entry point.

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