The Simplicity of Physical Laws - Foundations of Physics Seminar

Explore the intriguing concept of simplicity in physical laws through this thought-provoking talk by Eddy Keming Chen from the University of California, San Diego. Delve into the fundamental role of simplicity as an epistemic guide for discovering and evaluating candidate physical laws. Examine how this principle of simplicity addresses and resolves various challenges in nomic realism. Investigate the implications for Humean and non-Humean perspectives, and discover how this approach challenges the perceived epistemic advantage of Humeanism. Gain insights into the intricate relationship between simplicity, lawhood, and truth in physics. Engage with topics such as the Human Best System, Minimal Primitivism, and the Reduction Project. Participate in a stimulating discussion following the presentation, exploring the far-reaching consequences of Chen's propositions for our understanding of physical laws and their fundamental nature.

Introduction
The principle
Motivations
Human Best System
Minimal Primitivism
Law and Mosaic
E Evidence
Strategy A
Imperial Equivalents
The Urgent Problem
The Best Way
Key Notions
Reduction Project
Defenders of the Essay
Epistemic Relevance
Simplicity
Conclusion
Discussion Question Answer