Introduction to Human Behavioral Biology
57:14Stanford BIO 150 Lecture 2: Behavioral Evolution I — Prisoner's Dilemma & Kin Selection
1:36:57Stanford BIO 150 Lecture 3: Behavioral Evolution II — Tournament vs. Pair-Bonded Species
1:36:59Stanford BIO 150 Lecture 4: Molecular Genetics I — Transcription Factors, Splicing & Epigenetics
1:33:345. Molecular Genetics II
1:14:09Stanford BIO 150 Lecture 6: Behavioral Genetics — Twin Studies, Adoption & Heritability Traps
1:38:358. Recognizing Relatives
1:19:269. Ethology
1:41:06Lecture 13: Advanced Neurology and Endocrinology (BIO 150)
1:13:01Lecture 14: Limbic System (BIO 150)
1:28:44Lecture 15: Human Sexual Behavior I (BIO 150)
1:41:43Lecture 16: Human Sexual Behavior II (BIO 150)
1:40:41Lecture 17: Human Sexual Behavior III & Aggression I (BIO 150)
1:36:42Lecture 18: Aggression II (BIO 150)
1:45:07Lecture 19: Aggression III (BIO 150)
1:41:12Lecture 20: Aggression IV (BIO 150)
1:42:51Lecture 21: Chaos and Reductionism (BIO 150)
1:37:33Lecture 22: Emergence and Complexity (BIO 150)
1:42:30Lecture 22: Emergence and Complexity (BIO 150)
Professor Sapolsky introduces concepts of emergence and complexity, illustrating how minor initial differences can lead to profound systemic effects through fractal magnification across various natural systems.
(May 21, 2010) Professor Robert Sapolsky gives a lecture on emergence and complexity. He details how a small difference at one place in nature can have a huge effect on a system as time goes on. He calls this idea fractal magnification and applies it to many different systems that exist throughout nature.
Stanford University: