Here you’ll find all my blog posts. Click on any post to read the full content.
An exploration of how overloaded selection systems collapse into randomness, disguised by elaborate procedures that create the appearance of fairness while f...
Tags: academia, psychology, statistics, systems, sociology
We often imagine the singularity as a single dramatic moment that will arrive in the future and transform everything at once. But what if it is already unfol...
Tags: ai, singularity, philosophy, future, cognition
A novel framework that treats biological entities and processes as explicitly typed objects and composable functions, bridging the gap between computational ...
Tags: biology, programming, type-theory, drug-discovery, functional-programming
An exploration of how gene regulatory networks might serve as universal dynamical approximators, offering insights into life’s remarkable adaptability and co...
Tags: biology, mathematics, complexity, evolution, systems
A rediscovered mathematical post from 2027 explains how AI-accelerated productivity could cause finite-time divergence in society.
Tags: AI, mathematics, inequality, nonlinear-systems
A short fictional story exploring how AI assistants widen societal gaps through nonlinear amplification.
Tags: AI, inequality, fiction, future, technology
What is stochastic calculus and why is it useful in modeling complex systems?
Tags: stochastic_calculus, brownian_motion, finance, biology
What are mean field games and how do they help us understand complex systems with many interacting agents?
Tags: mean_field_games, game_theory, stochastic_control, economics, finance
In an age where knowledge is instantly accessible, what happens to the value of knowing—and to the human mind?
Tags: philosophy, artificial_intelligence, meaning
What is drug discovery and how machine learning can contribute?
Tags: drug_discovery, machine_learning
Biology systems can be seen as information processing units as the whole organism and also as a collection of hierarchical information processing units. This...
Tags: life, physics, biology, mathematics
Erwin Schrödinger predicted that the genetic material which encodes the development of living organisms must be large molecules that are stable and also expr...
Tags: life, physics, biology, mathematics
