Sean Carroll's Mindscape: Science, Society, Philosophy, Culture, Arts, and Ideas

Sean Carroll | Wondery
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Sep 16, 2021 • 3h 39min

AMA | September 2021

In this engaging discussion, the host tackles a variety of thought-provoking questions from supporters. They explore the strengths and weaknesses of the academic research system, emphasizing the importance of interdisciplinary collaboration. Deep dives into quantum mechanics reveal connections between complex systems and consciousness. The conversation also touches on societal challenges like authoritarianism and the implications of recent global events. Throughout, there's a call for deeper engagement in science education and compassion in international relations.
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Sep 13, 2021 • 1h 30min

164 | Herbert Gintis on Game Theory, Evolution, and Social Rationality

Herbert Gintis, a Professor at Central European University and a thinker in game theory, dives deep into how various social sciences clash and coexist. He critiques the fragmentation of these fields, advocating for an integrated perspective that blends biology, economics, and sociology. Gintis explores the complexities of rationality, arguing that true human behavior often defies traditional economic models. He also examines the role of morality in decision-making and the evolutionary connection between language, warfare, and social structures, emphasizing collaboration in research to enrich understanding.
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32 snips
Sep 6, 2021 • 1h 32min

163 | Nigel Goldenfeld on Phase Transitions, Criticality, and Biology

Nigel Goldenfeld, a Chancellor's Distinguished Professor in Physics at UC San Diego, delves into the fascinating world of phase transitions and their implications across various systems. He discusses how simple physical models can illuminate complex biological phenomena, from evolutionary dynamics to genetic codes. The conversation navigates through topics like scale-free behavior, the significance of non-equilibrium transitions in fluid dynamics, and the interplay of ecological systems, all while highlighting the universal laws connecting physics and biology.
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Aug 30, 2021 • 1h 14min

162 | Leidy Klotz on Our Resistance to Subtractive Change

Leidy Klotz, a Professor of Engineering Systems and Environment at the University of Virginia, explores our surprising resistance to subtractive change. He discusses how most people instinctively add elements to solve problems rather than remove them, highlighting its implications for design and sustainability. Klotz dives into the psychological barriers that inhibit us from considering less as more, revealing how cultural values influence our decision-making. Ultimately, he encourages embracing subtraction to foster personal growth and innovative solutions.
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Aug 23, 2021 • 1h 36min

161 | W. Brian Arthur on Complexity Economics

W. Brian Arthur, a pioneer in complexity economics, dives into the intricate dance of modern economies, emphasizing that traditional models often fall short. He explores how individual behaviors disrupt equilibrium and advocates for adaptable forecasting methods amidst chaotic interactions. The conversation compares insights from physics and biology to enhance our understanding of economic systems. Arthur also highlights the unpredictable nature of markets and the significance of embracing complexity to inform better policies and charitable giving.
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36 snips
Aug 16, 2021 • 1h 24min

160 | Edward Slingerland on Confucianism, Daoism, and Wu Wei

Edward Slingerland, a philosopher and religious studies scholar at the University of British Columbia, dives into ancient Chinese philosophies like Confucianism and Daoism. They explore 'wu wei,' or effortless action, connecting it to modern concepts like flow. Slingerland contrasts the structured ethics of Confucius with Lao Tzu's spontaneity, discussing how these ideas influence creativity, social roles, and individual identity. The conversation also highlights the fascinating parallels between ancient wisdom and contemporary psychology.
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Aug 12, 2021 • 3h 11min

AMA | August 2021

Dive into a thought-provoking exploration of vaccines, philosophy, and the universe's mysteries. The conversation touches on the allure of superheroes versus realistic figures, alongside a fascinating physics experiment bet. Discover the intriguing relationship between gravity and quantum mechanics, and ponder existential questions of consciousness and reality. The intrigue of black holes blends with the mathematics of music, while discussions on free will challenge our understanding of determinism. Engage with moral philosophy and the evolution of scientific thought as unique perspectives unfold.
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9 snips
Aug 9, 2021 • 1h 50min

159 | Mari Ruti on Lack, Love, and Psychoanalysis

Mari Ruti, a Distinguished Professor of critical theory and gender studies at the University of Toronto, dives into the intricate relationship between lack and love through the lens of psychoanalysis. She discusses Jacques Lacan's concept of 'lack' and its profound impact on creativity and personal relationships. Ruti emphasizes how feelings of emptiness can fuel artistic expression and highlights the significance of mourning in shaping resilience. The conversation also explores the role of optimism in relationships and the importance of confronting one's own emotional challenges.
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Aug 2, 2021 • 1h 48min

158 | David Wallace on the Arrow of Time

David Wallace, a leading philosopher of science from the University of Pittsburgh, dives into the arrow of time and its philosophical implications. He explores how increasing entropy connects our perception of memory and aging to fundamental physics. The discussion connects the early universe's conditions to the many-worlds interpretation of quantum mechanics. Wallace also critiques traditional views on time while examining the complexities of macrostates and entropy dynamics, ultimately intertwining science with profound philosophical questions.
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Jul 26, 2021 • 1h 18min

157 | Elizabeth Strychalski on Synthetic Cells and the Rules of Biology

Elizabeth Strychalski, a leader in synthetic biology and head of the Cellular Engineering Group at NIST, dives into the fascinating world of synthetic cells. She discusses creating a self-replicating synthetic microorganism and its implications for understanding genetic functions. The conversation explores the complexities and ethical considerations of manipulating life forms, the challenges in designing minimal cells, and the transformative potential of synthetic biology in biomanufacturing. Strychalski's insights shed light on the future of engineered life and its myriad applications.

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