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CasePath
Evidence-grounded claim handling that separates model interpretation from deterministic authority, provenance, and review.
Machine-learning researcher and systems builder at the University of Basel. My work connects optimization, continual learning, mathematical structure, and evidence-grounded systems.
01 / Research
Work on the geometry of learning, constrained adaptation, graph structure, and decision systems. Status labels link claims to their public record.
Frames replay as constrained correction matching and makes residual mismatch observable when a memory buffer cannot realize the intended update.
Tests whether a low-rank adaptation space contains a task-wise correction before spending the optimization budget.
Convergence guarantees for variational Gaussian inference using a square-root covariance parameterization.
A spatial modelling pipeline for evaluating cargo-bike transition at the scale where operational conditions change.
A normalized spectral framework for complex unit gain graphs, including balance, interlacing, and structural characterizations.
Connects extremal spectral bounds to graph inconsistency, frustration, and structural repair cost.
A paired-user dataset and empirical analysis of interaction, linguistic, and behavioural asymmetries.
02 / Selected work
A small set of maintained or research-defining projects. Experiments that do not sharpen this record stay out of the portfolio.
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Evidence-grounded claim handling that separates model interpretation from deterministic authority, provenance, and review.
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Open spatial modelling work for comparing delivery modes across heterogeneous urban micro-regions.
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Code and data for studying paired hate and counter-speech accounts as an interaction system.
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Reproducible experiments accompanying work on extremal eigenvalues and structural inconsistency in gain graphs.
03 / Experience
Research grounded in explicit assumptions, observable diagnostics, and implementations that can be checked.
2022—Present
Basel, Switzerland
I work across continual learning, variational inference, and robust optimization, building evaluation pipelines that connect theoretical guarantees with operational constraints.
University profile04 / Contact