en

Canterbury, United Kingdom

subject area: mathematics and statistics

en

Edinburgh, United Kingdom

subject area: mathematics and statistics

en

Edinburgh, United Kingdom

subject area: mathematics and statistics

en

Lincoln, United Kingdom

subject area: mathematics and statistics

en

Birmingham, United Kingdom

subject area: mathematics and statistics

en

Colchester, United Kingdom

subject area: mathematics and statistics

en

Manchester, United Kingdom

subject area: mathematics and statistics

en

Cambridge, United Kingdom

subject area: mathematics and statistics

en

Coventry, United Kingdom

subject area: mathematics and statistics

en

Reading, United Kingdom

subject area: mathematics and statistics

en

Colchester, United Kingdom

subject area: mathematics and statistics

en

Manchester, United Kingdom

subject area: mathematics and statistics

en

Cambridge, United Kingdom

subject area: mathematics and statistics

en

Coventry, United Kingdom

subject area: mathematics and statistics

en

Colchester, United Kingdom

subject area: mathematics and statistics

en

Edinburgh, United Kingdom

subject area: mathematics and statistics

en

Manchester, United Kingdom

subject area: mathematics and statistics

en

Oxford, United Kingdom

subject area: mathematics and statistics

en

Edinburgh, United Kingdom

subject area: mathematics and statistics

en

Edinburgh, United Kingdom

subject area: mathematics and statistics

en

Loughborough, United Kingdom

subject area: mathematics and statistics

en

London, United Kingdom

subject area: mathematics and statistics

en

London, United Kingdom

subject area: mathematics and statistics

en

London, United Kingdom

subject area: mathematics and statistics

en

Southampton, United Kingdom

subject area: mathematics and statistics

en

Newcastle upon Tyne, United Kingdom

subject area: mathematics and statistics

Using light to produce either electricity or hydrogen, dye-sensitised solar cells (DSSCs) are currently the most efficient third-generation solar technology. Increases in their conversion efficiency through better understanding of how light-absorption materials function will make them attractive for large-scale deployment.