Revolutionary Mathematics (with Justin Joque)

The HBS hosts chat with Justin Joque about how we might get Thomas Bayes' robot boot off our necks. 

Why does Netflix ask you to pick what movies you like when you first sign on in order to recommend other movies and shows to you? How does Google know what search results are most relevant? Why does it seem as if every tech company wants to collect as much data as they can get from you? It turns out that all of this is because of a shift in the theoretical and mathematical approach to probability. 

Bayesian statistics, the primary model used by machine learning systems, currently dominates almost everything about our lives: investing, sales at stores, political predictions, and, increasingly, what we think we know about the world. How did the "Bayesian revolution" come about? And how did come to dominate? And, perhaps more importantly, is this the best mathematical/statistical model available to us? Or is there another, more "revolutionary," mathematics out there?

This week we are joined by Justin Joque, visualization librarian at University of Michigan who writes at the intersection of philosophy and technology. He is the author Deconstruction Machines: Writing in the Age of Cyberwar and, most recently, Revolutionary Mathematics: Artificial Intelligence, Statistics and the Logic of Capitalism.

Full episode notes available at this link:
http://hotelbarpodcast.com/podcast/episode-78-revolutionary-mathematics-with-justin-joque

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