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1
Introduction
2
Welcome
3
Speaker Introduction
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Outline
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Symmetries of Nature
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Mathematical Developments
7
Generic Symmetries
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Nature of Symmetries
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Types of Symmetries
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Symmetries
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Translational
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Galva
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Direction
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Left Right
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Handedness
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Left and Right
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Symmetry Breaking
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Dangerous Differences
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Symmetries Breaking
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Richard Feynman
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Summary
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Logics
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Rotational Invariance
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Conservation of Kinetic Quantities
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Amy Nother
Description:
Explore the fascinating world of symmetries in nature and physics in this online lecture by renowned physicist Rohini M. Godbole. Delve into the deep connection between conservation laws and symmetries of equations of motion, and discover how Emmy Noether's groundbreaking work has influenced modern particle physics. Learn about the role of symmetries in unraveling fundamental laws of nature, including the postulation and discovery of the Higgs boson. Gain insights into various types of symmetries, their mathematical developments, and the concept of symmetry breaking. Understand the importance of rotational invariance and conservation of kinetic quantities in physics. This comprehensive talk covers topics ranging from geometrical symmetries to their applications in particle physics, offering a unique perspective on the interplay between mathematics and our understanding of the universe.

Symmetries of Nature and Nature of Symmetries by Rohini M. Godbole

International Centre for Theoretical Sciences
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