Curriculum vitae

Ben Gaskin

Sydney, Australia · bgas0204 at uni.sydney.edu.au

Last updated June 2026

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Summary

My work is united by an old problem: what is the relation between mind and the world it encounters? Here my research returns to this persistent question in a modern form: how do concepts and information, not to mention mind itself, arise from the dynamics of material relations—and how do these apparent intangibles come to structure those relations in turn?

While currently focused on early cognition and biological information, I approach this question broadly through philosophy of biology, artificial life, and developmental cognitive science. In practice, this means moving between conceptual analysis, empirical detail, and technical work.

I am especially interested in modelling as a tool for making theoretical commitments explicit: to model agency, learning, language, or cognition is to clarify what one takes these phenomena to require and put that theory to the test. Here I follow Feynman: “What I cannot create, I do not understand.”

Education

University of Sydney

Doctor of Philosophy

Research Training Program Stipend Scholarship

University of Auckland

Master of Arts in Philosophy

Research Masters Scholarship, First Class Honours

University of Auckland

Bachelor of Arts (Honours) in Philosophy

First Class Honours

University of Auckland

Graduate Diploma in Philosophy

University of Auckland

Bachelor of Arts in Psychology and Politics

Publications

DevNCA: co-evolving developmental patterns & plasticity rules for self-organising SNNs

Artificial Life Conference Proceedings 37 (1), 12

Presentations

Containment and many-sidedness: a comparative study of Aristotelian and Jain logics

World Congress on Logic and Religion

Where are words? Predictive processing and the cognitive penetration of language

Australasian Association of Philosophy Conference

Projects

jax_evogym

JAX port and extension of the EvoGym soft-body robotics environment for GPU-accelerated population-scale simulation

cartpole_fast

JAX-accelerated implementation of Plank et al.’s neuromorphic CartPole benchmark for neuroevolving spiking-neural-network controllers.

Service

Emerging Researchers in Artificial Life

ISAL Board Representative

International Society for Artificial Life

Representative for Emerging Researchers in Artificial Life (ERA)

Skills

Research

Disciplines
philosophy of mind, philosophy of biology, philosophy of science, artificial life, artificial intelligence, cognitive science, developmental cognitive science, theoretical biology
Methods
literature review, computational modelling, experimental design, statistical analysis
Communication
writing, proofreading and editing, audiovisual presentation, public speaking, consulting

Technical

Languages
python, typescript, english
Libraries
jax, mlx, pytorch, taichi, hydra, weights & biases
Computational neuroscience
spiking neural networks, neuroevolution, coding and decoding, plasticity, architecture search
Evolutionary computation
genetic algorithms, direct and indirect encoding, quality diversity, multi-objective optimisation
Models
neural cellular automata, soft-body and fluid simulation, agent-environment models

Training

EMBO/FEBS Lecture Course: Emergence & Evolution of Multi-Level Regulatory Systems