Ultrathin hybrid photovoltaics
Giacomo Piana, University of Southampton
Doped binary oxides for enhanced performance solar cells
Lana Lee, University of Cambridge
Combined optical and electrical characterisation of minority carrier lifetime in solar cells
Vincent Tsai, University of Loughborough
New heterostructures for perovskite solar cells and investigation of the stability of methylammonium lead iodide layers
Silvia Mariotti, University of Liverpool
The project is to establish the band line ups for perovskite materials in combination with II-VI semiconductors and transparent conducting ...... (read more)
1) Perovskite photovoltaic devices 2) Back Contact PSCs
Mike Stringer, University of Sheffield
1) A focus on new perovskite precursors, charge transport layers and encapsulations methods to simultaneously improve efficiency and stability of ...... (read more)
Carbon based electrode technologies for novel solar cells
Giulio Mazzotta, University of Oxford
Over recent years several innovations have been introduced in order to move from a conventional silicon based photovoltaics to new ...... (read more)
Microstructure and functionality in thin film solar cells from sustainable materials
Peter Yates, University of Liverpool
The project is to use state of the art electron microscopy alongside the synthesis effort in order to accelerate the ...... (read more)
Photophysics of organometal halide perovskite materials for next-generation solar cells
Elizabeth Parrott, University of Oxford
Increasing world needs for electrical power have intensified research into materials suitable for cheap and efficient solar cells. Solution-processed semiconductors ...... (read more)
Evaluating new polymeric materials for photovoltaic devices
Ben Freestone, University of Sheffield
Recombination in solution-processed photovoltaics studied by magnetic field effects
Edward Booker, University of Cambridge
Modelling charge transport in perovskite solar cells
Nicola Courtier, University of Southampton
Investigation of non-standard materials and materials deposition method for hybrid perovskite solar cells
Peter Kubiak, University of Bath