game theory

Dr. Jordan B Peterson sits down with Neuroendocrinology researcher and author of the upcoming book Determined: A Science of Life Without Free Will, Robert Sapolsky. They discuss how Game Theory applies to human behavior across iterative rounds of play, the unexpected success of the tit-for-tat principle, the role of dopamine in the anticipation of the future, and the objective reality of transcendent structures within our biological routines.

Robert Sapolsky is an American Neuroendocrinology researcher, author, and communicator. He has spent decades studying primates in the wild, written numerous articles and books, as well as produced multiple video series on the subject. By the age of 12, Sapolsky was writing to well known primatologists as a fan, and had also begun teaching himself swahili with the early ambition of heading to Tanzanian, Mozambique, and Kenya in search of his own primates (Specifically Silverback Gorillas) to study. Not too much later, Sapolsky would make contact with a group of gorillas in Kenya, a group he would visit every year for 25 years, spending 4 months studying them at a time.  Sapolsky would go on to become the John A. and Cynthia Fry Gunn Professor at Stanford University, holding joint appointments in several departments, including Biological Sciences, Neurology & Neurological Sciences, and Neurosurgery.

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For Robert Sapolsky:

Determined (Book) https://www.amazon.com/Determined-Science-Life-without-Free/dp/B0BVNSX4CQ/?_encoding=UTF8&pd_rd_w=QFjFx&content-id=amzn1.sym.579192ca-1482-4409-abe7-9e14f17ac827&pf_rd_p=579192ca-1482-4409-abe7-9e14f17ac827&pf_rd_r=138-5878495-9086964&pd_rd_wg=c78OT&pd_rd_r=59b94cd4-c046-4970-af71-a6cd4f439f77&ref_=aufs_ap_sc_dsk

Behave (Book) https://www.penguinrandomhouse.com/books/592344/determined-by-robert-m-sapolsky/

Robert Sapolsky on X https://twitter.com/robot_sapolsky?lang=en

If you didn’t think poker and artificial intelligence could be bedfellows, think again. Keith Romer delves into the history of man’s pursuit of the perfect game of poker, and explains how the use of A.I. is altering how it is played: individuals using an algorithmic “solver program” to analyze potential weaknesses about themselves and their opponents, thus gaining an advantage.

While it feels futuristic, this desire to optimize poker isn’t new.

Are these new generations of A.I. tools merely a continuation of a longer pattern of technological innovation in poker, or does it mark an irreversible structural shift? One thing’s for certain: The stakes are high.

This story was written by Keith Romer. To hear more audio stories from publications like The New York Times, download Audm for iPhone or Android.

How human beings behave is, for fairly evident reasons, a topic of intense interest to human beings. And yet, not only is there much we don’t understand about human behavior, different academic disciplines seem to have developed completely incompatible models to try to explain it. And as today’s guest Herb Gintis complains, they don’t put nearly enough effort into talking to each other to try to reconcile their views. So that what he’s here to do. Using game theory and a model of rational behavior — with an expanded notion of “rationality” that includes social as well as personally selfish interests — he thinks that we can come to an understanding that includes ideas from biology, economics, psychology, and sociology, to more accurately account for how people actually behave.

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Herbert Gintis received his PhD in economics from Harvard University. After a long career as professor of economics at the University of Massachusetts, he is currently a professor at Central European University and an External Professor at the Santa Fe Institute. His book Schooling in Capitalist America, written with frequent collaborator Samuel Bowles, is considered a classic in educational reform. He has published books and papers on economics, game theory, sociology, evolution, and numerous other topics.

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You can’t always get what you want, as a wise person once said. But we do try, even when someone else wants the same thing. Our lives as people, and the evolution of other animals over time, are shaped by competition for scarce resources of various kinds. Game theory provides a natural framework for understanding strategies and behaviors in these competitive settings, and thus provides a lens with which to analyze evolution and human behavior, up to and including why racial or gender groups are consistently discriminated against in society. Cailin O’Connor is the author or two recent books on these issues: Games in the Philosophy of Biology and The Origins of Unfairness: Social Categories and Cultural Evolution.

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Cailin O’Connor received her Ph.D. in Philosophy from the University of California, Irvine. She is currently Associate Professor of Logic and Philosophy of Science and a member of the Institute for Mathematical Behavioral Science at UCI. Her works involves questions in the philosophy of biology and behavioral science, game theory, agent-based modeling, social epistemology, decision theory, rational choice, and the spread of misinformation.

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We unpick the A-level algoshambles, discover why 1.3 million Covid tests disappeared from the government's statistics last week, and for reasons that may become clear, we examine the chance of being hit by a bus. Plus, what does poker teach us about the role of randomness in our lives?

Whether you’re a businessman, a statesman, a general, or a parent, you’re strategizing on a daily basis. So how do you do it better?
My guest today will provide some insights. His name is Barry Nalebuff. He’s a game theory expert and the author of "The Art of Strategy: A Game Theorist's Guide to Success in Business and Life." On the show Barry and I discuss how game theory can help you make better strategic decisions in all sorts of situations. We explore why threatening to punish your child’s sibling for bad behavior might be a more effective strategy than threatening to punish the child himself, what Donald Trump can teach us about the promise and perils of injecting randomness into your strategy, and how you can use game theory against yourself to lose weight or even quit smoking.

The hit show Seinfeld is often referred to as the show about nothing, but maybe it's actually a show all about economics. Alan Grant is an associate professor of economics at Baker University and a proprietor of The Economics of Seinfeld, a website that catalogues all the ways the legendary sitcom imparts valuable economic lessons. In the latest edition of the Odd Lots podcast, Grant talks about what you can learn from watching the show, and the specific lessons of various episodes, including The Chinese Restaurant (a lesson in opportunity cost), The Contest (a lesson in time preference) and the apartment (rationing mechanisms and rent control).

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Sure, markets generally work well. But for some transactions -- like school admissions and organ transplants -- money alone can't solve the problem. That's when you need a market-design wizard like Al Roth.

It isn’t easy to separate the guilty from the innocent, but a clever bit of game theory can help.

What does "Pride and Prejudice" have to do with nuclear deterrence?

What happens when the most disturbing ideas are also the best?

The ultimatum game is an economics experiment that provides insight into the human psyche. Check out our HowStuffWorks podcast to learn about the rules to the ultimatum game.

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