#21 – Melanie Moses: From Cells to Algorithms

#21 – Melanie Moses: From Cells to Algorithms

From Scaling Theory by Thibault Schrepel

July 29, 2025 · 51 min

About this episode

Thibault Schrepel interviews Melanie Moses about the implications of scaling theory across various disciplines.

My guest today is Melanie Moses , a Professor of Computer Science at the University of New Mexico, an External Faculty at the Santa Fe Institute, and Chair of the New Mexico AI Consortium . Melanie's work spans a wide range of disciplines all unified by her deep understanding of complexity theory. In our conversation, Melanie and I explore how scaling theory reveals surprising patterns across nature, technology, and society. We discuss what decentralized systems like ant colonies can teach us about building more robust AI, and what the immune system tells us about information networks. We also delve into the costs of building scalable infrastructure, and why we might need new approaches to governance that can scale with our global challenges. Finally, we explore whether there could ever be a universal scaling law and what young researchers should know about pursuing interdisciplinary paths. I hope you enjoy our discussion. You can follow me on X (@ ⁠ProfSchrepel⁠ ) and BlueSky (@ ⁠ProfSchrepel⁠ ). References: Melanie Moses’ Biological Computation Lab https://moseslab.cs.unm.edu Metabolic Scaling From Individuals to Societies (PhD, 1993)…

People in this episode

Host: Thibault Schrepel

Guest: Melanie Moses

Topics covered

  • complexity theory
  • scaling theory
  • decentralized systems
  • artificial intelligence
  • governance
  • interdisciplinary research

Keywords

  • scaling theory
  • complexity theory
  • decentralized systems
  • AI
  • governance
  • interdisciplinary research
  • biological computation

Mentioned in this episode

Organizations: University of New Mexico, Santa Fe Institute, New Mexico AI Consortium

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