I investigate how the brain transforms sensory information into useful decisions, and how such decisions change with experience and internal states. My research combines psychophysics and computational modeling of behavioral data with electrophysiological recordings in humans and rodents. I am a passionate advocates for team science, open science and reproducibility, diversity and equality in academia (and beyond), and sustainable academic practices in face of the climate crisis.

More information about Anne Urai

Research

I investigate how the brain transforms sensory information into useful decisions, and how such decisions change with experience and internal states. My research combines psychophysics and computational modeling of behavioral data with electrophysiological recordings in humans and rodents.
I am a passionate advocates for team science, open science and reproducibility, diversity and equality in academia (and beyond), and sustainable academic practices in face of the climate crisis.

Her research combines psychophysics and computational modeling of behavioral data with electrophysiological recordings in humans and rodents. She is also a passionate advocate for team science, open science and reproducibility.

Short CV

Anne Urai studied cognitive neuroscience and philosophy at University College Utrecht, Xiamen University in China, University College London and École Normale Supérieure, Paris.
   
During her doctoral research in the lab of Tobias Donner at the Universitätsklinikum Hamburg-Eppendorf and University of Amsterdam, she investigated how our previous choices bias the way we interpret later information, and how this process is affected by the confidence in our decisions.

She joined Cold Spring Harbor Laboratory in New York as a postdoctoral fellow, investigating the neurophysiology of decision-making using high-density neural recordings in the mouse brain. During this time she was a core member of the International Brain Laboratory collaboration, working as part of a global team of systems and computational neuroscientists.
   
Her research in general focuses on the neural basis of decision-making across mammalian species, the interaction between learning and perception, and the neural basis of cognitive aging.

She is currently an NWO Veni fellow, and an active member of the Young Academy Leiden.