Using a chimera grid scheme to study particles confined to fluid interfaces.

Gradient detection and planar cell polarity in the Drosophila imaginal eye disc.

Simulations of particle structuring driven by electric fields on spherical drop surface.

Using Multi-Objective Optimization to Agnostically Develop Genetic-Neuronal Models of Drosophila Clock Neurons.

A minimal-model perpective of emergent phenomena in a network of coupled mixed-mode oscillators motived by a neural network in the mammalian olfactory system.

Analysis of temperature processing and behavioral response in Drosophila

Impact of non-orthogonal axes on the mixing of a hemispherical piecewise isometry representing the infinitely thin flowing layer approximation of a granular mixing system.

I study symmetry in complex networks.

Gene network reconstruction methods, graph theory.

Decomposing biomedical data into components and groups for analysis. More specificly, using Bayesian statistics in order to compute the Tucker decomposition of tensors.

I work on a computational model of the CA1 pyramidal cell, featuring calcium buffering dynamics and simulated GCaMP6 fluorescence throughout dendrites and spines.

A computational model of how reward-based training and granule cell inhibition enhance sensory decorrelation in the olfactory bulb.

Model of matching of orientation preference in the mouse visual cortex.