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1
Introduction
2
Democritus
3
The Magnet
4
Gravity
5
Nuclear Forces
6
Strong and Weak Nuclear Forces
7
The Higgs Field
8
No Higgs Field
9
The Large Hadron Collider
10
Parenthetical
11
Large Hadron Collider
12
CMS ATLAS
13
Higgs Boson
14
New Particle
15
HiggsBoson
16
Supersymmetry
17
Conclusion
Description:
Explore the fascinating journey of discovering the Higgs boson in this captivating 58-minute lecture by award-winning physicist Sean Carroll at The Royal Institution. Delve into the history of particle physics, from Democritus to the Large Hadron Collider, and uncover the intricate forces that shape our universe. Learn about the significance of the Higgs field, the challenges faced by scientists at CERN, and the groundbreaking discovery that confirmed the Standard Model of particle physics. Gain insights into the potential implications for dark matter and other unexplained phenomena. Discover the blend of scientific insight, rivalry, and wonder that fueled the search for the "God particle" and how its discovery opens new doors to understanding the fundamental nature of our universe.

The Particle at the End of the Universe

The Royal Institution
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