Reading

Here is a list of work that helped me in writing "Physics Fixes All the Facts" but does not appear in the end-of-chapter bibliographies.

Academic papers may be behind paywalls.  Often, simply searching for the title will bring up a public version.  For useful tips on how to find papers, see the Ronin Institute's guidance here.

Chapter 2:  More seems different

• Quarks and protons: a recent article on their relation is here.  

• Quasiparticles: a list is here.

• Bénard convection: data on the difference between convection and conduction is here.

• Game of life: an online version is here.  An interpretation of quantum physics based on cellular automata is here.

Chapter 4: The View from the Cave

• Innate rules: a description of their developmental role is here.

• Dual process theory: a review is here.

• Working memory: some empirical work is here.

Chapter 5:  Computation and simulation

• Collanz Conjecture: an overview is here. 

• Non-computability and Kolmogorov complexity: a proof is here.

• Empedocles: see here.

Chapter 7:  Weak Emergence: When You Can't do the Maths

• Incompressibility and non-derivability: a philosophical discussion of their relation and a proposal to clarify simulation emergence is here. 

• Three-body problem: Wikipedia has a good discussion here.

• Quantum systems with closed form solutions: a list is here.

• The Lamb shift: more details here.

• The role of maths in the discovery of electromagnetic radiation: a discussion of this and much else is here.

Chapter 8:  Weak Emergence: One from Many

• Universality classes: a list is here.

• Special sciences: a list is here. 

Chapter 9:  Weak Emergence: It's the Context

• Debye screening: a good place to start is the Wikipedia article here.

Chapter 10:  Weak Emergence: the Map and the Territory

• Quantum simulations of the Ising model: a digital simulation is here; an analogue simulation here.

Chapter 11:  Strong Emergence

• Interpretations of quantum physics: Wikipedia has a list here.  An in-depth discussion is here.

• An interesting discussion of strong emergence and quantum physics is here.