The Beauty and Unity of Mathematics

Saturday, December 1st, 2018 at 2:30pm
Past Event

Proof, in the form of step by step deduction, following the rules of logical reasoning, is the ultimate test of validity in mathematics. Some proofs, however, are so long or complex, or both, that they cannot be checked for errors by human experts. In response, a small but growing community of mathematicians, collaborating with computer... read more! »
Proof, in the form of step by step deduction, following the rules of logical reasoning, is the ultimate test of validity in mathematics. Some proofs, however, are so long or complex, or both, that they cannot be checked for errors by human experts. In response, a small but growing community of mathematicians, collaborating with computer scientists, have designed systems that allow proofs to be verified by machine. The success in certifying proofs of some prestigious theorems has led some mathematicians to propose a complete rethinking of the profession, requiring future proofs to be written in computer readable code. A few mathematicians have gone so far as to predict that artificial intelligence will replace humans in mathematical research, as in so many other activities. One's position on the possible future mechanization of proof is a function of one's view of mathematics itself. Is it a means to an end that can be achieved as well, or better, by a competent machine as by a human being? If so, what is that end, and why are machines seen as more reliable than humans? Or is mathematics rather an end in itself, a human practice that is pursued for its intrinsic value? If so, what could that value be, and can it ever be shared with machines?

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This is a past event that happened on Saturday, December 1st, 2018 at 2:30pm.

Participants

Avner Ash

Professor of Mathematics, Boston College

Avner Ash is Professor of Mathematics at Boston College. His recent research is mostly in Number Theory, at an intersection of topology, group theory and Galois theory. His Ph.D. was awarded at Harvard under the direction of David Mumford. He has held faculty positions at Columbia and The Ohio State University. He has been a... read more! »

Garry Hagberg

James H. Ottaway Professor of Philosophy and Aesthetics, Bard College

Garry Hagberg is the James H. Ottaway Professor of Philosophy and Aesthetics at Bard College, and has also held a Chair in the School of Philosophy at the University of East Anglia. Author of numerous papers at the intersection of aesthetics and the philosophy of language, his books include Meaning and Interpretation: Wittgenstein, Henry James,... read more! »

Michael Harris

Professor of Mathematics, Columbia University

Michael Harris is Professor of Mathematics at Columbia University; before that he held positions at Brandeis University and Université Paris-Diderot. He obtained his Ph.D. in 1977 from Harvard University, under the direction of Barry Mazur. He has organized or co-organized more than 20 conferences, workshops, and special programs in his field of number theory. He... read more! »

Barry Mazur

Gerhard Gade University Professor, Harvard University

Barry Mazur is a mathematician at Harvard University who has often taught courses in History of Science and Philosophy. His books include: Imagining Numbers (particularly the squareroot of minus fifteen) (Farrar Straus and Giroux); Prime Numbers and the Riemann Hypothesis, written with William Stein (Cambridge University Press) and he has edited with Apostolos Doxiadis the... read more! »

Peter Pesic

Director of the Science Institute & Musician-in-Residence, St. John's College (Santa Fe, NM)

A writer, pianist, physicist, and educator, Peter Pesic is the director of the Science Institute and Musician-in-Residence at St. John’s College in Santa Fe, NM. His six books published by MIT Press concern the intersections of science, music, history, and ideas, including Abel’s Proof: A Search for the Meaning of Mathematical Unsolvability, Polyphonic Minds: Music... read more! »