Embark on a 32-minute journey exploring the quest for a unified theory of everything in this lecture from The Great Courses. Delve into the incompatibility between the standard model of particle physics and general relativity. Trace the historical development of atomic theory, from Dalton's proof of atoms to Mendeleev's periodic table. Examine the fundamental forces of nature, including electromagnetism, strong and weak forces, and gravity. Explore the building blocks of the Standard Model, such as quarks and leptons. Confront the limitations of general relativity in the subatomic world and grapple with the fact that our current understanding accounts for only about 5% of universal physics.
The Theory of Everything - Two Prototype Theories of Everything
Overview
Syllabus
Defining the Ultimate Goal of Science
Looking at Current Prototype Theories of Everything
The Standard Model Always Leads to Chemistry
John Dalton Proves the Existence of Atoms
Mendeleev Assembles the Periodic Table of Elements
What Are Atoms?
Electromagnetism, Strong/Weak Force, Higgs, Gravity
Understanding These Forces
Beginning The Standard Model with Quarks
Leptons and the Weak Force
The General Theory of Relativity
Relativity Doesn´t Work in the Subatomic World
How We Only Understand About 5% of Universal Physics
Taught by
Wondrium
