Is Game Theory a Flawed Tool for Understanding Reality?

TL;DR

Game theory is valuable but must be approached with skepticism due to its potential oversimplifications. Scientists should critically examine its assumptions, as the distinction between living and non-living emerges from our perception rather than objective reality. Understanding evolution and consciousness may require deeper theories beyond current frameworks like game theory.

Transcript

my attitude as a scientist is um i don't believe any of our theories i take them very very seriously i study them i look at their implications but none of them are the gospel they're just the latest ideas that we have and you know so the reason i study evolutionary game theory is because that's the best tool we have right now in this area there's t... Read More

Key Insights

• 🧑‍🔬 Scientists should approach theories with humility and constantly question their validity, as theories are continually evolving.
• 👾 Evolutionary game theory is a valuable tool for understanding certain areas of science, but its assumptions should be carefully considered.
• 🫒 The distinction between living and non-living organisms is not fundamental but an artifact of our interface with reality.
• ❓ The interface created by humans may create better portals to understanding organic consciousness compared to interactions with elementary particles.
• 👾 The origins of fitness functions and a deeper understanding of reality require theories beyond evolutionary game theory and space-time.
• 👾 Game theory oversimplifies phenomena, but advances like evolutionary graph theory and quantum game theory provide richer perspectives.

Questions & Answers

Q: Why should scientists not believe in their theories?

Scientists should approach theories with skepticism because they are constantly evolving and may be outdated or incomplete in the future. Believing in theories as absolute truths can hinder scientific progress.

Q: What are the limits of game theory in evolutionary science?

Game theory can oversimplify complex phenomena by using a few variables to represent organisms or people. The assumptions underlying the models may be flawed, leading to fundamentally flawed conclusions.

Q: Can truth-seeking organisms evolve in evolutionary game theory simulations?

While the probability of truth-seeking organisms evolving is close to zero, it is not impossible. Special cases can be found where truth can evolve, but it is not the general outcome in simulations.

Q: Where do fitness functions in evolutionary game theory come from?

Evolutionary game theory assumes fitness functions and strategies with payoffs to explain various phenomena. The origins of fitness functions and how they relate to physics and biology are separate questions that require deeper theories.

Summary & Key Takeaways

• Scientists should not blindly believe in theories, but rather study them critically and acknowledge that they are continually evolving.

• Evolutionary game theory is the best tool currently available for understanding certain areas of science, and scientists have a responsibility to utilize it with humility.

• Game theory, although valuable, can oversimplify complex phenomena and its assumptions must be carefully considered.