Research activity

Here is a list of all the research activity pages:

Generic List

Vascular and Reproductive Biology Research Group

Description
Information on the Vascular and Reproductive Biology Group, led by Dr Peter Hewett, at the University of Birmingham.

Vascular Tetraspanin Research Group

Description
Information on the Vascular Tetraspanin Group led by Michael G Tomlinson, at the University of Birmingham.

Vehicle Technology - Future power systems - Mechanical Engineering research

Description
The FPS Group researches new combustion and energy conversion technologies, alternative fuels and hydrogen as means to create clean, efficient and sustainable power sources for propulsion and stationary use.

Vehicle technology - Mechanical Engineering research

Description
The Vehicle Technology Research Centre brings together research groups in four areas associated with vehicles, engines and fuels. Sustainability, environmental concerns, user safety and comfort are the common factors for future designs.

Viral Immunology Group

Description
Information page for the Viral Immunology Group, led by Dr Zania Stamataki, at the University of Birmingham.

Visual cognition research - School of Psychology

Description
The retino-cortical processes studied by psychophysicists precede the recognition of 3-D shape and object identity studied by Heinke, Humphreys, Kourtzi, Olson, and Riddoch.

Visual perception research - School of Psychology

Description
Our ability to perceive the 3D structure of the world around us is critical for recognising objects, working out where we are and where we want to navigate to, and for moving our bodies to interact with interesting objects and avoid dangerous objects. Although it may seem like an easy skill, working out the 3D structure of the environment involves a great deal of neural processing, and we do not yet have a full understanding of how the brain achieves it. It is telling that state-of-the-art computer systems show nothing like the sophistication of our own visual systems.

Visualisation - Collaborative Research Network in Imaging and Visualisation

Description
New tools being developed at Birmingham aim to create intuitive and interactive visualisation and synthetic environments, with applications from defence and surgical training to large scale modelling of marine environments.
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