Complex Systems and Dynamics

On Complexity in Resource Constrained Neuronal Systems: Dynamic Resource Theory

This paper introduces Dynamic Resource Theory to explain self-organization in resource-constrained systems, showing how complexity and adaptability emerge through thermodynamic and variational principles.

Generalized Morphogenesis Theory: A Flow-Inertia Modeling Framework for Cross-Scale Dynamics of Dissipative Structures

The paper introduces a cross-scale modeling framework for morphogenetic dynamics, validated across organism and molecular scales, showing consistent structural patterns and parameter regimes.

Dynamics of Insect Paraintelligence: How a Mindless Colony of Ants Meaningfully Moves a Beetle

The paper introduces the concept of Vector Dissipation of Randomness (VDR) to explain how ant colonies coordinate movement of beetles without centralized control, and formulates an equation for this process.

Alpha Cell Theory: Modeling Self-Assembly and Dynamic Processes in Living Systems

This paper introduces a mathematical model to simulate self-assembly and dynamic processes in living systems, focusing on molecular interactions and Alpha Cell decay mechanisms.

Cellular intelligence: dynamic specialization through non-equilibrium multi-scale compartmentalization

This paper introduces a framework using operads to model cellular intelligence through non-equilibrium compartmentalization and applies it as an unsupervised learning algorithm to machine learning datasets.

Does the Inertia of a Cell Depend Upon its Information-Content?

The paper explores the relationship between information entropy and cell duration during embryogenesis, proposing a time dilation factor based on the holographic principle.