A Reading Hack: Study Non-Physics Books by Physicists (50-Book List)

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Note: This post was originally compiled with Perplexity deep research, and later modified to add my rationale, additions and corrections.

A reading hack I’ve discovered recently to get high quality views on new topics is to use the “physics framework filter”. What this means in practice is - read books written by experienced Physicists on topics outside their area of expertise. Here are the benefits of “physics thinking applied to non-physics topics” that I see in the way physicists think:

  1. There is an effort to create a unified view of any topic, not just lost in scattered details or tidbits (subject matter experts are prone to this); I like efforts at all sorts of synthesis.

  2. Effort to fedelity to realilty; push for quantitative proof while not rejecting qualitative/speculative ideas; I value accuracy and pursuit of truth.

  3. Mastery of both the mathematical apparatus and common sense questioning; it’s an opportunity for me to learn new ideas and ways of thinking.

Geoffrey West

W. Brian Arthur

Stuart Kauffman (Theoretical biologist/physicist trained in complex systems)

Fritjof Capra

Leonard Mlodinow

Freeman Dyson

Sean Carroll

Carlo Rovelli

Paul Davies

Lawrence Krauss

Brian Greene

Michio Kaku

Roger Penrose

Lee Smolin

Max Tegmark

Kip Thorne

Murray Gell-Mann

Erwin Schrödinger

Victor Stenger

Here are the authors for each book:

  1. Why We Get Fat: And What to Do About It — Gary Taubes
    https://en.wikipedia.org/wiki/Why_We_Get_Fat

  2. Big Fat Myths: When You Lose Weight, Where Does the Fat Go? — Ruben Meerman
    https://www.penguin.com.au/books/big-fat-myths-9781925324280

  3. Food Intelligence: The Science of How Food Both Nourishes and Harms Us — Julia Belluz & Kevin Hall, PhD
    https://www.penguinrandomhouse.com/books/671334/food-intelligence-by-julia-belluz-and-kevin-hall-phd/

Richard Feynman

  1. Applying physics thinking to non-physics domains

  2. Using mathematical and quantitative frameworks to understand complex systems

  3. Finding universal patterns across different scales and contexts

  4. Bridging disciplines to reveal unexpected connections

  5. Maintaining rigor while remaining accessible to intelligent lay readers

The books span topics from economics and complexity (Arthur, Kauffman, West) to consciousness and philosophy (Penrose, Rovelli), from Eastern mysticism (Capra) to randomness and decision-making (Mlodinow), and from cosmology and existence (Davies, Krauss, Greene) to time and reality (Carroll, Smolin). Each physicist brings an analytical, systems-thinking approach, applying it to understanding everything from ancient philosophy to artificial intelligence, from biological evolution to the nature of consciousness itself.
https://www.forbes.com/sites/chadorzel/2015/08/05/great-books-for-non-physicists-who-want-to-understand-quantum-physics/

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