SchrÖder Lab

Vision and behaviour

Welcome to the Schröder Lab!

Our goal is to understand how behaviour influences visual processing in the early visual system including the retina and the superior colliculus. We want to understand how the processing of visual information improves when information about behaviour and internal state is integrated in this processing. Does the integration of vision and behaviour help the animal to make better decisions? Finally, we want to understand which mechanisms underlie the integration of visual and behavioural information in the brain.

We believe that basic neuroscience research like ours will help us understand the functions of the brain in health and disease.

In doing research our guiding principles are:

• Scientific excellence: We aim for the highest scientific standards valuing quality over quantity. We value innovation based on solid understanding, transparency and open science.
• Team work: Our work thrives through collaboration. We encourage people to ask questions and help them to fulfill their potential.
• Diversity: We embrace diversity and open minds. People are different; difference enriches science and our community.

 

Funding:

• Sir Henry Dale Fellowship to Dr Sylvia Schröder (Wellcome Trust and Royal Society)
• BBSRC
• International Newton Fellowship to Dr Florencia Gonzalez Fleitas (Royal Society)

        

 

Our research is a collaborative effort. Some of the people and labs we collaborate with are:

• Aman Saleem (University College London)
• Samuel Solomon (University College London)
• Federico Rossi (Istituto Italianio di Tecnologia)
• Simon Musall (Jülich Forschungszentrum, RWTH Aachen University)
• Carsen Stringer (Janelia Research Campus)
• Leon Lagnado (University of Sussex)
• Ben Evans (University of Sussex)
• The Cortexlab (University College London) by Matteo Carandini and Kenneth D Harris.
• Nick Steinmetz (University of Washington)

 

Our lab is affiliated with the School of Life Sciences and is part of SNAC (Centre for Sensory Neuroscience and Computation) and Sussex Neuroscience.