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Alex Cotton
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Alex Cotton
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Alex Cotton
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Alex Cotton
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Alex Cotton
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Alex Cotton
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Alex Cotton
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Alex Cotton
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Alex Cotton
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All the teams with their Submarines in Maryland, USA
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Andrew Haldane
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Andrew Haldane
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Andrew Haldane
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Andrew Haldane
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Andrew Haldane
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Andrew Haldane
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A pod on the test track
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A volunteer in the experiment
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Born Barikor
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Born Barikor
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Born Barikor
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Born Barikor
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Born Barikor
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Born Barikor
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Born Barikor
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Born Barikor
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Chunli Bai
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Chunli Bai
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Chunli Bai
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Chunli Bai
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Chunli Bai
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Chunli Bai
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Chunli Bai
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Electrons ejected by a beam of light focused on a two-dimensional semiconductor device
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Electrons ejected by a beam of light focused on a two-dimensional semiconductor device are collected and analyzed to determine how the electronic structure in the material changes as a voltage is applied between the electrodes. Credit: Nelson Yeung/Nick Hine/Paul Nguyen/David Cobden
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Future State Maximisation
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Dynamical trajectories that emerge spontaneously for agents moving according to Future State Maximisation, i.e. maximising their control over the future visual states that they can access. Credit: Henry J. Charlesworth and Matthew S. Turner
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Future State Maximisation
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Dynamical trajectories that emerge spontaneously for agents moving according to Future State Maximisation, i.e. maximising their control over the future visual states that they can access. Credit: Henry J. Charlesworth and Matthew S. Turner (0)
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Future State Maximisation 2
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Dynamical trajectories that emerge spontaneously for agents moving according to Future State Maximisation, i.e. maximising their control over the future visual states that they can access. Credit: Henry J. Charlesworth and Matthew S. Turner
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Future State Maximisation 2
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Dynamical trajectories that emerge spontaneously for agents moving according to Future State Maximisation, i.e. maximising their control over the future visual states that they can access. Credit: Henry J. Charlesworth and Matthew S. Turner
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Gary Younge
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Gary Younge
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Gary Younge
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Gary Younge
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Gary Younge
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head_04_002.jpg
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head_05.jpg
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head_11_002.jpg
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head_15.jpg
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head_18.jpg
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head_24.jpg
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Human sensory neurons
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Image shows human sensory neurons derived from stem cells cultured in the lab. Image by Alexandra Sarginson
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Human sensory neurons
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Image shows human sensory neurons derived from stem cells cultured in the lab. Image by Alexandra Sarginson
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Lucy Neal and Rose Fenton receive their honorary Doctor of Letters degrees
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Lucy Neal and Rose Fenton receive their honorary Doctor of Letters degrees
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Pods on the test track
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Professor Chunli Bai
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Professor Chunli Bai, President of Chinese Academy of Sciences, receives his honorary Doctor of Science degree.
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Rakie Ayola after the ceremony with her certificate
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Rakie Ayola (centre) with her Orator Prof. Tony Howard (left) and Provost Christine Ennew
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Rakie Ayola (left) with her Orator Prof. Tony Howard
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Rakie Ayola (left) with Provost Christine Ennew
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Roy Chung 1
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graduation, wmg, graduates and alumni, graduates
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Roy Chung 2
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graduation, graduates and alumni, graduates, wmg
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Roy Chung 3
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graduation, graduates and alumni, graduates, wmg
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Roy Chung 4
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graduation, graduates and alumni, wmg, graduates
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Schematic depicting the molecular clutch that is in action during T cell activation
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Schematic depicting the molecular clutch that is in action during T cell activation. The composition of LAT clusters changes on its travel towards the center leading to changes in their binding to the actin network: in the distal supramolecular activation cluster (D-SMAC) zone, LAT clusters contain Nck and WASP and bind strongly to actin network leading to their transport together with the actin retrograde flow; at the transition to the peripheral SMAC, characterized by concentric organized acto-myosin arcs, LAT clusters loose Nck and WASP leading to a weaker interaction with actin allowing them to be swept towards the central SMAC by the radially constricting acto-myosin arcs. Credit: Dr. Darius Köster, University of Warwick
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Schematic depicting the molecular clutch that is in action during T cell activation.
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Schematic depicting the molecular clutch that is in action during T cell activation. The composition of LAT clusters changes on its travel towards the center leading to changes in their binding to the actin network: in the distal supramolecular activation cluster (D-SMAC) zone, LAT clusters contain Nck and WASP and bind strongly to actin network leading to their transport together with the actin retrograde flow; at the transition to the peripheral SMAC, characterized by concentric organized acto-myosin arcs, LAT clusters loose Nck and WASP leading to a weaker interaction with actin allowing them to be swept towards the central SMAC by the radially constricting acto-myosin arcs. Credit: Dr. Darius Köster,
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Solar panels
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Solar panels
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Steven Hollis
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Steven Hollis
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Steven Hollis
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Steven Hollis
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Steven Hollis
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Steven Hollis
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Steven Hollis
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Steven Hollis
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Team photo - Warwick Submarine Team 2019
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The cells frozen with the polymer (left) and without the polymer (right)
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The cells frozen with the polymer (left) and without the polymer (right)
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cells
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The FT-ICR MS instrument used in the study
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The FT-ICR MS instrument used in the study.
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The FT-ICR MS instrument used in the study.
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The FT-ICR MS instrument used in the study.
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The Godiva team with their award
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The Godiva - Warwick Submarine
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WMG riders setting off the concourse
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WMG riders setting off the concourse
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WMG riders setting off the concourse
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WMG riders setting off the concourse
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