The Natural Sciences Research Showcase 2023 is hosting a poster competition in which a panel will evaluate all submitted posters in advance, and shortlist the top 12 for the People's Choice Award. All members of Imperial are invited to vote for which poster they think should win. 

All posters will be on display on 20 September 2023 in SAFB 120, and the PhD students will be presenting their posters between 12.30-13.40. Imperial staff and students can vote, starting 12 September 2023. Votes will close on 20 September, 14.00. 

Prizes will be awarded at 17.30 on the day of the Natural Sciences Research Showcase. You can find out more on our event page.

 

 

 

 

 

 

View the posters - you will need to log into your Box account with you Imperial username and password!

1.       Alie Craplet, Department of Physics

         The Water Cherenkov Test Experiment

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2.       Alfred Curry, Department of Physics

         Evolution of Catrastrophically Evaporating Rocky Exoplanets

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3.       Ebba Engstrom, Centre for Environmental Policy

         A Multi-dimensional Sustainability Impact Study: Green Infrastructure in UK Vineyards

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4.       Kenneth Liu, Department of Life Sciences

         Host-pathogen interaction between C. elegans and the oomycete pathogen Haptoglossa zoospora

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5.       Marios Maimaris, Department of Chemistry

         Ultrafast Action Spectroscopy on Non-Fullerene Acceptors Reveals the Unique Exciton Photochemistry of Y6 Photovoltaic Acceptor

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6.       Antonio Matas-Gil, Department of Life Sciences

         Physics Informed Neural Networks for parameter inference in Turing patterns

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7.       Daniella Pretorius, Department of Life Sciences

         Into the Darkness: Exploring and Expanding the Solenoid Protein Universe

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8.       Federica Raguseo, Department of Chemistry

         Multimolecular G4S as a new potential therapeutic target for ALS/FTD

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9.       Connor Roberts, Department of Mathematics

         E. coli engines: How to extract work from bacteria that run and tumble

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10.   Daniel Salnikov, Department of Mathematics

        Modelling a COVID-19 Time Series as a Generalised Network Autoregressive (GNAR) Process

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11.   Thomas Wells, Department of Chemistry

       Using Hydrophobic Interaction Chromatography to Investigate Regulation of Ribulose-1,5-Bisphosphate Carboxylase/Oxygenase (Rubisco)

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12.   Sophia Zomerdijk-Russell, Department of Physics

       Does Reconnection Only Occur at Points of Maximum Shear on Mercury's Dayside Magnetosphere?