Christian Vestergaard

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This project aims to characterize the mircrociruit structure of small animals’ brains and link this to how the brain processes information and encodes behavior. The project relies on simultaneous access to recent synapse-resolution wiring […]

Networks provide an efficient formalism to study many complex real-world systems. They provide a natural modeling framework of structural and functional brain networks, protein interaction networks, social interactions, information and epidemic spreading, and infrastructural […]

This project aims at understanding the dynamical behaviour of drosophila larva. The larva is a ~10000 neurons that exhibit complex behaviour dynamics in response to external stimuli and to possible internal states. This project is […]

This project aims at understanding the synaptic environment at the single receptor scale. Now that large amounts of dynamical single molecule data are available and that single molecule science is slowly transitioning into a big […]

Themis, Nyx, Japet & Héméré are the four software we will be developing starting in 2022 Themis will be a Julia library that generates greedy decision making from probability distribution of relevant summary statistics. […]

Single-molecule localization microscopy (SMLM) allows studying the dynamics of molecules in cells and resolving the biophysical properties that underlie cellular function. With the continuously growing amount of data produced by every single experiment, the […]