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Hi there! 👋 I'm @ErgodicEntropy, an enthusiastic autodidact with an insatiable passion for continuous learning. 🚀

🌱 Currently Learning

I'm on a continuous learning journey, expanding my expertise in various domains. Currently, my focus extends to:

My Skills

📚 Lifelong Learner I'm passionate about learning for its own sake, delving into a myriad of subjects such as: Evolutionary-Behavioral Biology, Origins of Life, Anthropology, Cultural Theory, Random Graph Theory, Ramsey Theory, Percolation Theory, Information Theory, Statistical Mechanics, Abstract Algebra, Computability Theory, Algorithmic Information Theory, Computation Theory, and Analytical Philosophy.

📫 Reach Me Feel free to reach out through the following channels:

📧 Email: [email protected] 🐦 Quora: @AyoubSbai

🚀 Let's Connect! I'm always open to engaging discussions, collaborations, and new opportunities. Feel free to reach out if you share similar interests or if you just want to connect!

ergodicentropy's Projects

3d-truck-loading icon 3d-truck-loading

Few algorithms dedicated to solve the very simple iterations of 3D truck loading problem, correct the model every step and resolve more complicated versions until the whole problem is covered

casimir-algorithm icon casimir-algorithm

An optimization algorithm inspired by Quantum Field theory notions such as Casimir effect, Quantum fluctuations and Zero-Point energy.

fluctuation-dissipation-algorithm icon fluctuation-dissipation-algorithm

Introducing the Fluctuation-Dissipation algorithm! An optimization algorithm inspired from statistical physics notions such as the Boltzmann-Gibbs distribution as well as H-theorem, and more precisely Fluctuation-Dissipation theorem.This project is a tribute to the genius of Ludwig Boltzmann

homogenization-theory icon homogenization-theory

This project is centered around the homogenization of laminated and chessboard problems. A customized problem is discussed afterwards

malthusian-catastrophe icon malthusian-catastrophe

Simulation of Malthusian Growth Model, Malthusian Equilibrium and Malthusian Catastrophe + Discussion on the consequences of technology and industrial revolution

molecular-diffusion-estimation icon molecular-diffusion-estimation

Molecular dynamics simulation is a numerical simulation used to study the behavior of molecular systems at the atomic scale. In this project, the goal is to simulate the molecular dynamics of ACN-[BMI][BF4] electrolyte and examine how the diffusion coefficients, energy and volume change in a considered temperature interval. (300K-1200K))

optimal-habitat-configuration-species-persistence- icon optimal-habitat-configuration-species-persistence-

This project is centered around a geometric abstraction (first-principles) of the Kolmogorov-Fisher equations in Reaction-Diffusion models with the aim of emulating the partial differential equations describing optimal habitat configuration responsible for species persistence

pinocchio-problem icon pinocchio-problem

A search problem where there are only a limited number of questions you can ask (question threshold, pinocchio nose length) that is modeled after the Pinocchio character and some information theory notions

rat-utopia-simulation icon rat-utopia-simulation

This project is about simulating the Rat Utopia experiment based on Artificial Life, Swarm Intelligence (Population Algorithms), Mult-Agent Autonomous Systems and Individual-Based Models, as to examine the effects of overpopulation in Behavioral Sink ("Spiritual Death")

react-project icon react-project

building trivial and silly projects using React (first try :3)

schematheoremprover icon schematheoremprover

This project is about testing Holland Schema theorem statistically against the randomness of genes, alleles and chromosomes via the law of large numbers.

stable-matching-problem icon stable-matching-problem

A Biological Realism variant of the Gale-Shapley algorithm inspired from works on Sexual Selection and Human Sexual Behavior theory.

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