Peter Alexander Tass

This study uses a computational model to show how calcium-based synaptic and structural plasticity contribute to synaptic reorganization and abnormal activity in Parkinson's disease following dopamine depletion.

This study investigates the acute effects of Coordinated Reset stimulation on neural synchronization during Status Epilepticus in an in vivo model, showing reduced synchronization and connectivity measures.

This study shows that time-shifted stimulation can decouple interacting neuronal populations through STDP, leading to long-lasting desynchronization.

This paper investigates how stimulation frequency and intensity affect the long-term desynchronizing effects of Coordinated Reset (CR) stimulation in neuronal networks with STDP.

This paper proposes a short-term dosage regimen for CR stimulation to robustly induce long-lasting desynchronization in neuronal networks.