-
candidate under the supervision of Dr Luca Ambrogioni. We carry out research at the frontier of generative modelling using concepts from statistical physics and neuroscience. For example, we have shown
-
carry out research at the frontier of generative modelling using concepts from statistical physics and neuroscience. For example, we have shown that the phenomenon of symmetry breaking is central to
-
Institute. The main focus of the group’s research programme is on combining approaches from experimental psychology, cognitive neuroscience (e.g. neuroimaging), computational modelling and statistical
-
combining approaches from experimental psychology, cognitive neuroscience (e.g. neuroimaging), computational modelling and statistical modelling methods to study how impairments in neurobiological and
-
immediately before their date of recruitment (1 September 2024). You do not yet hold a doctoral degree. You have good knowledge of statistical methods. You have a good command of written and spoken English and
-
do not yet hold a doctoral degree. You have good knowledge of statistical methods. You have a good command of written and spoken English and Dutch (or are willing to learn Dutch). You must be willing
-
the Netherlands for more than 12 months in the 36 months immediately before their date of recruitment (1 September 2024). You do not yet hold a doctoral degree. You have good knowledge of statistical methods. You
-
science, statistics, and AI with (bio)physics-based simulation models – using simulations to build better AI or using AI to build better simulations. In your project, you will master the arts of simulation
-
for the topics of study: subjective experience, sensory processing and individual differences. You have experience with quantitative experimental design and statistical analysis. You have an affinity
-
the data. Our group aims to overcome these hurdles to extract meaningful insights from videos of cells. We do this by integrating data science, statistics, and AI with (bio)physics-based simulation models