I am a systems neuroscientist and electrophysiologist studying the brain’s neuronal network dynamics. I am leading our research focused on spatial memory and the involved mechanisms like theta oscillations in behaving rats, and the development of related tools.
Supervisors: Peter Petersen and Barbara Lykke Lind
I have a background in electrophysiology and pharmacology. My PhD research focuses on how the medial septum and hippocampus interact to form the cognitive map, using chronic silicon probe recordings and two-photon imaging. I primarily investigates the septo-hippocampal pathway in both health and disease utilizing animal models.
I studied Biomedical Sciences in the Netherlands at Maastricht University. I conducted my master’s thesis project at Southern Denmark University in the Palner Lab. I am currently a part of the Neuroscience Academy Denmark PhD program. My research interests include, psychiatric disorders, brain oscillations and chronic stress.
As a master’s student in neuroscience at the University of Copenhagen, I investigates the role of the medial septum in path integration. My current research focuses on analyzing Neuropixel probe data to understand neuronal firing patterns in relation to theta oscillations and behavioral states. I also contributes to BrainSTEM to help new users implement the platform.
I am a Neuroscience Academy Denmark PhD fellow. My thesis project investigates the role of temperature in memory consolidation during sleep, with a specific focus on Alzheimer’s Disease (AD). I am particularly interested in the oscillatory dynamics of neuromodulators and brain temperature across different brain states, their dysregulation in AD, and exploring ways to manipulate these factors to mitigate AD-related symptoms.
I am a Laboratory Technician taking care of all the practical things in the lab such as ordering, handling of invoices and chemical registration. Besides working for the Petersen Lab, I also work for Perrier Lab and Walter Lab.
I am a NAD PhD fellow and co-supervised by Peter (Primarily supervised by Asami Tanimura at Aarhus University). I have a master’s degree in nanoscience with a specialization in biophysics from Aarhus University. My research interests include cognition, systems neuroscience, and data-driven computational modeling.
