Are you intrigued by the complexities of human behavior and the concept of free will?
Have you ever wondered how much control we truly have over our actions and decisions?
Are you ready to dive into a captivating exploration of neuroscience, chaos theory, emergent complexity, and quantum indeterminacy?
Are you intrigued by the complexities of human behavior and the concept of free will?
Have you ever wondered how much control we truly have over our actions and decisions?
Are you ready to dive into a captivating exploration of neuroscience, chaos theory, emergent complexity, and quantum indeterminacy?
Key Ideas
Read | Listen - Full summary
#1
Is Free Will Just an Illusion?
01 Jan 1970
02:25
02:25
#2
Unveiling Free Will: The Libetian Debate and the Science Behind Our Decisions
01 Jan 1970
03:33
03:33
#3
Is Free Will Just a Myth According to Robert Sapolsky?
01 Jan 1970
03:37
03:37
#4
Unraveling Chaos: Edward Lorenz's Butterfly Effect and the Limits of Predictability
01 Jan 1970
02:55
02:55
#5
How Do Simple Ants and Neurons Mirror Michael Jackson's Moonwalk in the World of Emergent Complexity?
01 Jan 1970
02:43
02:43
#6
Quantum Mechanics: Redefining Randomness and Challenging Free Will
01 Jan 1970
04:24
04:24
#7
Will Society Descend into Chaos Without Belief in Free Will or a Moralizing God?
01 Jan 1970
02:18
02:18
#8
Eric Kandel and the Sea Slug: Unraveling Free Will Through Neuroscience
01 Jan 1970
02:50
02:50
#9
Can Understanding Neurological Disorders Like Epilepsy and Schizophrenia Transform Our Compassion?
01 Jan 1970
03:11
03:11
#10
Justice Evolved: From Medieval Scapegoating to Modern Reforms
01 Jan 1970
02:30
02:30
#11
Could Bruce Stephan and Tsutomu Yamaguchi’s Survival Stories Redefine Our Belief in Free Will?
01 Jan 1970
02:59
02:59
#12
Final Recap
01 Jan 1970
01:57
01:57
About Author
Robert M. Sapolsky is a prominent neuroscientist, biologist, and author. He is a professor at Stanford University, where he conducts research on stress, neuronal degeneration, and the biology of human behavior. Sapolsky is well-known for his accessible writing on complex scientific topics, and his book "Determined: A Science of Life without Free Will" explores the implications of neuroscience and biology on the concept of free will. His work often bridges the gap between scientific research and public understanding, making intricate subjects relatable and comprehensible.
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