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Podcast Profile: Why Beauty is Truth - A short history of symmetry

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7 episodes
2007

Collection: Physics, Math, and Astronomy


Description (podcaster-provided):

Professor Ian Stewart presents a short history of symmetry and how this concept relates to mathematics, physics and the universe around us.


Themes and summary (AI-generated based on podcaster-provided show and episode descriptions):

➤ History of symmetry • Mathematics and physics • Quantum Mechanics • Particle physics • String theory • Einstein and group theory • Renaissance mathematics • Babylonian and Greek mathematics • Equations and algebra • Evariste Galois

This podcast, titled "Why Beauty is Truth - A Short History of Symmetry," delves deeply into the fascinating interconnections between symmetry and various scientific disciplines. Presented by Professor Ian Stewart, the series explores the concept of symmetry from multiple angles, examining its significance in mathematics, physics, and even the wider universe.

The episodes collectively illustrate the role of symmetry in numerous foundational theories and frameworks within particle physics, string theory, and quantum mechanics. The exploration goes beyond contemporary science to delve into historical mathematical developments and figures. Specific episodes address the influence of symmetry on our understanding of particles and waves, and how mathematical concepts have shaped modern scientific thought.

A recurrent theme throughout the podcast is the historical evolution of mathematical ideas and their impact on scientific advancements. This journey includes discussions on how mathematicians' work on symmetry and group theory has influenced notable physicists, including Einstein, and how it has revolutionized the way we perceive the universe.

The series also takes listeners to key historical periods and figures. One episode highlights the life and contributions of Evariste Galois, whose work in group theory has had a lasting impact despite his tumultuous life. Another episode covers the competitive nature of mathematics in Renaissance Italy, showcasing how intellectual rivalries spurred advancements in equation solving and algebra, thereby laying groundwork for modern symmetry.

Moreover, the podcast tours ancient civilizations, exploring the contributions of Babylonian and Greek mathematicians, and the geometric approaches they employed to solve equations. This includes a look at figures such as Omar Khayyam and their lasting influence on mathematical thought.

Through Professor Stewart's guidance, this podcast offers a comprehensive look at symmetry across different epochs and fields, providing listeners with both a historical and contemporary understanding of this profound and fundamental concept.


Episodes:
Symmetry, string theory and an equation for everything (plus - could we be living in an asymmetrical universe?)
2007-Jun-04

Symmetry and Quantum Mechanics
2007-May-29

Physicists, Einstein and Symmetry
2007-May-21

Group theory and the failed revolutionary
2007-May-16

Competitive mathematics in Renaissance Italy
2007-May-08

Babylonian and Greek mathematics
2007-May-04

What is symmetry?
2007-May-04