Eleni Gourgou

This paper presents a dynamical circuit model of C. elegans chemotaxis that captures sharp turning behavior through emergent dynamics.

This study introduces Peb2les, a granular arena, to study C. elegans behavioural plasticity in dynamic environments, finding touch-seeking behaviours and terrain modification.

The paper investigates how internalized paramagnetic nanoparticles affect C. elegans locomotion in a magnetic field, finding altered movement patterns in treated worms.

The paper develops a mathematical and computational model of Ca2+ dynamics in C. elegans ASH neurons, capturing both 'on' and 'off' responses using experimental data and hybrid optimization.