Scholarly and technical outputs
This page separates public preprints, technical manuscripts, and manuscripts in development. Status labels are intentionally explicit so that early-stage work is not presented as peer reviewed or published when it is not.
EEG · temporal cognition · residual prediction
A Research Square preprint examining whether trial-level EEG information explains residual variation in time reproduction beyond behavioural structure already captured by duration, context, and recent experience.
Bayesian modelling · time reproduction · state-space dynamics
An SSRN preprint presenting a Bayesian log-time state-space account of human time reproduction with explicit attention to central tendency, multiplicative variability, prediction, and diagnostic model adequacy.
Research software · neural time-series · reproducibility
A technical manuscript describing a local-first scientific workbench for neural time-series ingestion, explicit quality control, computational model fitting, in silico perturbation workflows, and provenance-aware reporting. A complete journal-style full-text article view is available on this site.
Exploratory theory · graph modelling · spacetime
An exploratory theoretical preprint representing spacetime as ordered layers of spatial graphs, with emphasis on discrete structure, temporal layering, invariance, and graph-based modelling.
Cortical dynamics · temporal inference · EEG/fMRI
A systems-neuroscience manuscript on cortical-state dynamics and temporal inference across fMRI, EEG, and simulation. The public site presents the research direction without disclosing unpublished analyses beyond the material already made public.
EEG topography · sensorimotor dynamics · temporal reproduction
An EEG manuscript under revision following editorial feedback on sensor-space topographic interpretation and figure presentation. It remains a manuscript rather than a peer-reviewed publication.
Research practice
Public preprints link to DOI records and, where available, an internal research page that explains methods, quantitative results, and interpretation boundaries.
Technical manuscripts, manuscripts in revision, and ongoing research lines remain visibly distinct so that trajectory can be shown without overstating peer-review or publication status.