### Lecture I - Beauty and Truth in Mathematics and Science

sRobert May, Baron May of Oxford; Professor, Zoology, Oxford University and Imperial College

October 2, 2012

2012 Stanislaw Ulam Memorial Lectures

May explores the extent to which beauty has guided, and still guides, humanity's quest to understand how the world works, with a brief look at the interactions among beliefs, values, beauty, truth, and our expectations for tomorrow's world.

### Dirac Lecture 2011 - Beauty and truth:their intersection in mathematics and science

Please watch: UNSWTV: Entertaining your curiosity

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Lord Robert M. May Zoology Department, Oxford University, supported by the Royal Society of NSW & Australian Institute of Physics.

In the mists of prehistory, it seems clear that our ancestors sought to make sense of their world through myth and magic, memorably associated with evocative cave paintings, stone circles, and the like. The Greeks attempt to understand the motions of heavenly bodies were constrained by essentially aesthetic ideas about the perfection of circles. Did the advent of the experimental method overturn this conjunction of truth with beauty? Dirac's equation speaks eloquently and amazingly to a contrary view. My talk will cover this general ground in an opinionated way.

### Beauty and Truth in Mathematics; a Tribute to Albert Einstein and Hermann Weyl - Sir Michael Atiyah

Sir Michael Atiyah

Institute for Advanced Study

November 8, 2010

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### Lecture I - Beauty and Truth in Mathematics and Science - YouTube

### School of Theoretical Physics Statutory Public Lecture “Beauty and Truth in Mathematics and Physics”

Prof. Arthur Jaffe (Landon T. Clay Professor of Mathematics and Theoretical Science at Harvard University) recently gave the Statutory Public Lecture of the School of Theoretical Physics, DIAS. The lecture was held on Wednesday 18th May in the Schrodinger Lecture Theatre at Trinity College Dublin. Professor Jaffe is also Chair of the Governing Board of the School of Theoretical Physics, DIAS.

Abstract:

Beauty, commonly accepted in the arts, is also central both in mathematics and in physics. In both disciplines one also strives to discover truth. But beauty and truth can have different meanings for a physicist and for a mathematician! We discuss how one might reconcile these contrasting views.

Bio:

Arthur M. Jaffe is the Landon T. Clay Professor of Mathematics and Theoretical Science at Harvard University. His major research focuses on understanding quantum physics and the mathematics that it inspires. For his research in showing the mathematical compatibility of quantum theory with special relativity (by giving examples of non-linear fields in two and three dimensions), he received the Dannie Heineman Prize in Mathematical Physics, and the Physical Sciences Prize of the New York Academy of Science, jointly with James Glimm. In 1983 he authored the highly quoted essay “Ordering the Universe” for the US National Research Council, written to give intellectual justification for funding research in mathematics. In 1993 he wrote the essay “Theoretical Mathematics” with Frank Quinn, describing recent interactions between mathematics and theoretical physics. One year after its publication, the Bulletin of the AMS devoted an entire issue to discussion of that article.

Jaffe served as president of International Association of Mathematical Physics for two consecutive terms, and of the American Mathematical Society during 1997/1998. He conceived and guided the conception of the Clay Mathematics Institute, including serving as its first President 1998-2002, when he was responsible for the “Millennium Prize Problems in Mathematics.” Since 2005 he has chaired the Board of the DIAS School of Theoretical Physics. He is a Fellow of the American Academy of Arts and Sciences, a Member of the U.S. National Academy of Sciences, and an Honorary Member of the RIA.

### Beauty and Truth in Mathematics

Relationship between beauty and truth in mathematics and science

### Lecture I Beauty and Truth in Mathematics and Science

Robert May, Baron May of Oxford; Professor, Zoology, Oxford University and Imperial College October 2, 2017 2017 Stanislaw Ulam Memorial Lectures May explores the extent to which beauty has.

Please watch: UNSWTV: Entertaining your curiosity -~-~~-~~~-~~-~- Lord Robert M. May Zoology Department, Oxford University, supported by the.

Prof. Arthur Jaffe (Landon T. Clay Professor of Mathematics and Theoretical Science at Harvard University) recently gave the Statutory Public Lecture of the School of Theoretical Physics, DIAS..

### Lecture I Beauty and Truth in Mathematics and Science YouTube

Robert , Baron of Oxford; Professor, Zoology, Oxford University and Imperial College 2, 2017 2017 Stanislaw Ulam Memorial Lectures explores the extent to which beauty has.

Please watch: UNSWTV: Entertaining your curiosity -~-~~-~~~-~~-~- Lord Robert M. Zoology Department, Oxford University, supported by the.

Prof. Arthur Jaffe (Landon T. Clay Professor of Mathematics and Theoretical Science at Harvard University) recently gave the Statutory Public Lecture of the School of Theoretical Physics, DIAS..

### Mathematician Shares 'Secret Universe' of Patterns, Beauty, Interconnectedness

Cornell professors are often sought after by the media for their expertise and passion. Steven Strogatz communicates the beauty of math not only to students but also to the public via books, TED Talks and publications like the New York Times. Watch the video...

### Beauty in Mathematics | Enrico Bombieri

Enrico Bombieri, Professor Emeritus, School of Mathematics, Institute for Advanced Study

December 11, 2012

Often mathematicians refer to a beautiful result or a beautiful proof. In this special lecture, Enrico Bombieri, Professor Emeritus in the School of Mathematics, draws on examples from art, nature, and number theory to address the question, What is beauty in mathematics?

### Michael Atiyah Beauty in Mathematics

Michael Atiyah, one of the worlds foremost mathematicians, talks about beauty in mathematics, which he defines as simplicity, elegance and truth per word, and explains why it is such an important criterion. Peoples Archive is dedicated to collecting for posterity the life stories of the great thinkers, creators and achievers of our time. The people whose stories we present are leaders of their field, whose work has influenced and changed our world. Look out for more of our stories on Google Video or visit our site to explore the wealth of our content through our Science, Film, Masters, Literature and Medicine sections with new speakers added regularly.

### Artistic Mathematics Truth and Beauty

Artistic Mathematics Truth and Beauty

September 24, 2018

This talk focuses on work in mathematical visualization: making accurate, effective, and beautiful pictures, models, and experiences of mathematical concepts. This talk also discusses what it is that makes a visualization compelling, and show many examples in the medium of 3D printing, as well as some explorations in virtual reality and spherical video.

Speaker: Henry Segerman, Assistant Professor, Department of Mathematics, Oklahoma State University

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### The Beauty of Mathematics

### Murray Gell-Mann: Beauty and truth in physics

Armed with a sense of humor and laypeople's terms, Nobel winner Murray Gell-Mann drops some knowledge on TEDsters about particle physics, asking questions like, Are elegant equations more likely to be right than inelegant ones?

TEDTalks is a daily video podcast of the best talks and performances from the TED Conference, where the world's leading thinkers and doers are invited to give the talk of their lives in 18 minutes -- including speakers such as Jill Bolte Taylor, Sir Ken Robinson, Hans Rosling, Al Gore and Arthur Benjamin. TED stands for Technology, Entertainment, and Design, and TEDTalks cover these topics as well as science, business, politics and the arts. Watch the Top 10 TEDTalks on TED.com, at

### Can Math Be Beautiful?

What is it about Euclid's infinite primes that rocks Simon Singh's world? What makes math different from the rest of the sciences? Listen as he and mathematician Marcus du Sautoy explain why, to them, math is a language of beauty, creativity, and immortality—for its unshakable proofs allow you to truly stand solidly on the shoulders of giants.

Watch the Full Program Here:

Original Program Date: June 3, 2011

The World Science Festival gathers great minds in science and the arts to produce live and digital content that allows a broad general audience to engage with scientific discoveries. Our mission is to cultivate a general public informed by science, inspired by its wonder, convinced of its value, and prepared to engage with its implications for the future.

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### Mysteries of the Mathematical Universe

Mathematical mysteries have challenged humanity’s most powerful thinkers and inspired passionate, lifelong obsessions in search of answers. From the strangeness of prime numbers and the nature of infinity, to the turbulent flow of fluids and the geometry of hyperspace, mathematics is our most potent tool for revealing immutable truths. The event was a vibrant tour to the boundaries of the mathematical universe, and explore the deep puzzles that have been solved, the masterminds who powered the breakthroughs, and the towering challenges that have shaken the confidence of some of today’s most accomplished mathematicians—even as they enlist new ways to pursue mathematical truths.

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Original Program Date: June 3, 2011

MODERATOR: Robert Krulwich

PARTICIPANTS: Jonathan Borwein, Keith Devlin, Marcus du Sautoy, Simon Singh

Welcome to the Mathematical Universe. 00:13

Participant Introductions. 01:50

What about math got you interested in the subject? 04:07

Is math an instinct in humans? 10:20

When in history did the number come into existence? 15:22

Math was key to ancient survival. 20:27

1+1=0 Adding in binary. 25:59

Why are some people better at math than others? 26:55

Nontransitive dice game. 33:44

What's the best story about math... Infinite primes? 38:05

Do all math problems have an answer? 44:33

The computer replacing the mathematician? 54:40

Can we mathematically understand the universe we are in without seeing it? 58:48

Perfect Rigour and Grigori Perelman solved the Poincare Conjecture 01:03:10

If you have determination math is easy. 01:09:09

Mathematics is hierarchical and you need to start from the beginning. 01:13:07

### Graham Farmelo on Paul Dirac and Mathematical Beauty

Adjunct Professor of Physics at Northeastern University in Boston, Graham Farmelo, on Paul Dirac and the Religion of Mathematical Beauty. Apart from Einstein, Paul Dirac was probably the greatest theoretical physicist of the 20th century. Dirac, co-inventor of quantum mechanics, is now best known for conceiving of anti-matter and also for his deeply eccentric behavior. For him, the most important attribute of a fundamental theory was its mathematical beauty, an idea that he said was almost a religion to him.

### The Science of Beauty - Sir Michael Atiyah

A talk on The Role of Beauty in Mathematics as part of Science of Beauty Conference.

### Cedric Villani: The Hidden Beauty of Mathematics | Spring 2017 Wall Exchange

It has been said that mathematics is the poetry of science. Professor Cédric Villani discusses the interface between mathematics and art, showing how both these disciplines seek to illuminate hidden beauty in the world.

Cédric Villani visited Vancouver to deliver the spring 2017 Wall Exchange lecture. Prof. Villani is a specialist of mathematical analysis applied to problems of statistical physics, geometry and probability. His books on gas theory and optimal transport theory have become classics. Prof. Villani has received many mathematical awards, including the Fields Medal in 2010, often considered the most prestigious in mathematics.

The Wall Exchange lecture was co-sponsored by the Pacific Institute for the Mathematical Sciences.

### Robbert Dijkgraaf Module 1: Truth and Beauty

Module 1: Robbert Dijkgraaf -- Truth and Beauty

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Module 1: Truth and Beauty —Review

The theme of unification is an ever-present one in science.

- We see the incredible power of ideas to unify many physical phenomena.

- Scientists throughout history have often remarked on the tension that exists between beautiful ideas and the reality of nature.

Attempts at devising a “theory of everything” date back to the ancient Greeks.

- They developed the platonic solids, five geometrical objects representing the elements that made up everything.

- In the late 16th century, astronomer Johannes Kepler took the five platonic solids and fit them together in a specific way. He was able to find (within 5% accuracy) the ratio of the orbits of the planets in our solar system.

- The theory wouldn’t have held up for many reasons; for instance, there were only six known planets at the time. However, Kepler himself disproved his own theory by careful observations, when he discovered that planetary orbits were in fact ellipses.

- Though Kepler thought his theory of elliptical orbits was an ugly one, there is a beautiful mathematical formalism for ellipses as conic sections.

Scientists continued to unify the complex into simple, elegant concepts.

- Newton was truly a unifier of concepts—he unified the everyday physics (the falling apple) with the movement of the planets.

- Another example was Herschel’s discovery of infrared light in 1800, akin to discovering a new particle today. This led to unification of radiation, the realization that all kinds of radiation, including visible light, were different manifestations of the same physical phenomena.

- Maxwell and Faraday were largely responsible for unifying the concepts of electricity and magnetism.

- Einstein’s contributions to physics were also a unification—namely that of space and time.

Einstein’s unifications are crucial in understanding modern theories of particle physics.

- Time is the fourth dimension we perceive. Objects moving in both space and time create a world line as they travel.

- Physicists look at the world lines as physical reality—the history of a particle’s space and time represented all at once.

- This becomes challenging in modern particle physics. The mathematics underpinning particle behavior was once thought of as a “black box.”

- Beautiful and elegant, this formula represents the entirety of the physical implications we observe.