Lecture 1 | The Theoretical Minimum
1:46:33Lecture 2 | The Theoretical Minimum
1:59:04Lecture 3 | The Theoretical Minimum
1:40:39Lecture 4 | The Theoretical Minimum
1:47:23Lecture 5 | The Theoretical Minimum
2:03:46Lecture 6 | The Theoretical Minimum
1:42:59Lecture 7 | The Theoretical Minimum
2:11:21Lecture 8 | The Theoretical Minimum
1:51:31Lecture 9: Tangible Examples in Quantum Mechanics (TM-QM)
1:36:07Lecture 10: Course Conclusion and Limits of Quantum Physics (TM-QM)
1:46:31Lecture 7 | The Theoretical Minimum
Felix Bloch Professor of Theoretical Physics
This lecture continues the exploration of quantum entanglement, examining its implications for understanding the fundamental nature of physical systems and the underlying structure of reality within quantum mechanics. Susskind explicates the conceptual framework of entangled states.
(February 20, 2012) Leonard Susskind continues to discuss entanglement and what the concept can tell us about the nature of systems and the nature of reality.
Stanford University:
Lecture 6 | The Theoretical Minimum
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Seminar notes & discussion
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