Computational analysis of neural in vivo data to resolve the dynamics of mammalian sleep
You will apply machine learning and statistical analysis to large data sets of neural activity to understand the dynamical principles underlying the regulation of sleep in the mammalian brain.
Franz Weber
Biomedical Science,
Physical and Natural Sciences
Developing software for electrophysiological and behavioral recordings in mice
We are studying in the mouse the neural circuits controlling sleep and brain state transitions.
Franz Weber
Biomedical Science,
Engineering and Computing
Resolving the dynamics of mammalian sleep
The student will apply computational methods to large electrophysiological data sets to understand the dynamical principles underlying the regulation of sleep in the mammalian brain.
Franz Weber
Biomedical Science,
Engineering and Computing