Boundary-guided cell alignment drives mouse epiblast maturation.
Nature Physics
Mathematician · Computational Biologist · Developer
Post-doctoral researcher at ASHBi, Kyoto University.
I develop mathematical models and high-performance simulations that bridge theory and experiment, in developmental biology, particle dynamics, and beyond.
Math + coding + applications = ❤️
Research and software for computational biology and applied mathematics
Topological defect transitions and cell alignment in mouse epiblast, my role was to bridge experiments and theory with quantitative image analysis.

Agent-based model for symmetry breaking and digit-like elongation in limb organoids.
Julia package for spatial hashing, enabling fast neighbor queries in particle simulations.
Memory-efficient graph data structure with bounded vertex degree for agent-based simulations.
Julia wrapper for the PortMidi library, enabling MIDI input/output for live coding music performances.
Inkscape extension to generate reveal.js presentation slides from vector graphics.
Selected works in computational biology and applied mathematics
Nature Physics
Nature Materials [accepted]
iScience
Nature Communications
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