Marcel Stimberg

Paramecium tetraurelia alternates fast swimming with minutes-long surface immobilization when bacteria are present; stops require calcium influx and come from halting locomotor cilia while oral cilia keep beating.

The paper trains a convolutional network to estimate the vertical position of Paramecium from single-camera bright field images using a dataset generated from a tilted slide setup.

The paper develops a hybrid modeling approach to link ion channel gene expression to the electrophysiological properties of cortical neuron types using statistical and mechanistic models.

This paper introduces a spiking neural network model that dynamically controls phase differences between brain areas through WTA dynamics and conduction delays.

This paper shows dendrites allow neurons to perform complex computations with less precise synaptic weights, improving efficiency in both biological and artificial systems.

Brian 2 is a neural simulator that simplifies model definition and improves performance through runtime code generation, demonstrated with various examples.

Brian2GeNN accelerates spiking neural network simulations by translating Brian scripts into GPU-accelerated C++ code via GeNN, improving performance by tens to hundreds of times.

The paper demonstrates how to model neuron-glia interactions using the Brian 2 simulator, highlighting its flexibility for simulating glial physiology and astrocyte influence on neural activity.