Latent Geometry Lab

Geometric Interpretability for Model Reliability

I develop geometric methods for measuring what happens inside AI models - how representations form, move, and can be measured - and apply them to interpretability, safety, and the reliability of the latent models the field is converging on.

The methods are peer-reviewed, open-source, and have been independently cited and extended by another research group. Underneath them sits FRESH, the geometric framework for self-models that generates the predictions these instruments test.

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Peer-reviewed
Curved Inference in Artificial Intelligence and Applications
Cited & extended (models up to 32B params)
By an independent group from AIML, Monash & Concordia
Open-source & reproducible
Methods, data, and pre-registrations released
~20 years R&D leadership
CV/AR/VR/ML; Invited Expert: W3C, Khronos, ISO

Pick your interest…

Research

I want the research

Geometric interpretability for safety and model reliability: how representations form and move inside AI models, whether their uncertainty is calibrated, and the latent models they build.

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Tools

I want tools

Open-source geometric methods for measuring latent structure in AI systems. Curved Inference for measurement, Align-IT for measurement rigour, PRISM for experiments.

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Theory

I want the theory

FRESH: a geometric framework treating consciousness as traversal through role-space. The theoretical engine that generates these measurement methods.

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Follow this research as it develops. Regular updates on methods, experiments, and findings.

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