Thank you to the following LiSTAR Alumni for all their contributions and efforts toward the project!
Martin Black, University of Nottingham for his research on catalysts for the Li-S battery.
Yvonne Chart, University of Oxford for contributions on developing stable Li metal anodes for use in Li-S batteries.
Michael Cornish, Imperial College for contributions on macroscopic continuum models.
Josh Cruddos, University College London for work on the development of anode-free Li-S batteries.
Xiaoyu Dai, University College London for work on LiS electrode microstructure characterization and modelling.
Sam Fitch, University of Southampton for work on electrolyte developments and electrochemistry.
Jana Fritzke, University of Cambridge for conducting spectroscopic investigations of performance limiting reactions in the electrolyte.
Brandon Frost, University College London for work on electrochemical atomic force microscopy of Li-S batteries.
Matthias Golomb, University of Surrey for research on the interplay of the electrolyte and the electrode surface, and behaviour of the resulting solid-electrolyte interphase and the transport of ions through these domains.
Mengjun Gong, Imperial College London for work on developing new cathode materials to improve kinetics of the Sulfur reaction.
Esther Gray, University of Cambridge for work on batteries with lithiated molybdenum disulphide as cathode for Li-S batteries.
Hua Guo, University of Oxford for work on developing all-solid-state Li-S batteries.
Jen Hack, University College London, for all her efforts as Project Lead on LiSTAR.
Sattwick Haldar, Imperial College London for research on standardizing porous carbon hosts for high performing Sulfur cathode towards commercialisation.
Ji Hu, University College London for work on composite cathode material synthesis and solid electrolyte development to improve performance of Li-S batteries.
Jinglin Jiang, Imperial College London for research on polysulphides trapping of cathode.
Michael Johnson, University College London for work on lithium polysulfide solution characterisation.
Jung-In Lee, University of Cambridge for work on anode development.
Junhao Li, University of Oxford for work on developing solid-state Li-S batteries.
Zhuangnan Li, University of Cambridge for work on cathode development.
Magdalena Muhr, University of Nottingham for research to develop additives and redox mediators using experimental and computational methods.
Kieran Mylrea, University of Cambridge for work on the development of interphase stabilisation strategies for 'anode-less' alkali metal battery systems.
Ali Nasrallah, University of Surrey for work on modelling Li-S batteries.
Lizzy Olisa, Imperial College London for work on lithium-sulfur batteries, using modelling and experimental methods.
Rhodri Owen, University College London for work on cell design and diagnostics.
Georgia Rowe, University of Birmingham for investigation into separators for Li-S batteries.
Ismail Sami, University of Cambridge for work on layered materials for energy storage.
Samantha Southern, Imperial College London for work on electrospinning carbon fibres for high performance structural Li-S batteries.
Mark Stockham, University of Southampton for work on electrolyte development and electrochemistry.
Matthew Tudball, University College London for work that utilised spray deposition skills to improve the rate capability and Sulfur loading of LiS batteries.
Ye Wang, University of Cambridge for investigating chemical functionalisation of 2D materials.
Han Zang, University of Cambridge for research to suppress Li dendrites for Li metal anode.
Junyi Zhao, University of Oxford for work on the development of an electrolyte for the Li anode focussing on the transport of electrolytes within the system and its effects on battery performance.