Germany / Netherlands / United States / Brazil / United Kingdom / / /
Facility
University Place / University of Glasgow / Foyer CH / Plant Biol / Institute of Molecular Cell / Joseph Black Building / Plant Mol. / /
IndustryTerm
active site / energy problems / alternatives short-term solutions / energy conservation / functional nanoscale systems / energy needs / energy input / solar energy conversion applications / solar energy conversion / energy transfer reactions / renewable energy / energy conversion process / hydrogen gas / artificial photosynthetic systems / positive energy / aqueous solution / metal salts / i.e. energy / food / artificial systems / energy / photosynthetic energy conversion / artificial photosynthetic device / stored energy / neutral aqueous solution / solar energy arriving / electricity / energy balance / energy balances / artificial photosynthetic energy conversion / solar energy utilization / chemical challenges / light energy / potential energy / energy scales / chemical process / natural photosynthetic systems / net energy gain / bio-hybrid device / energy losses / solar energy / aqueous solutions / energy metabolism / light-harvesting device / metal platinum / energy transfer / Typical energy balance values / chemicals / mixed metal anion belonging / light harvesting energy transfer / /
Organization
Glasgow Biomedical Research Centre / School of Chemistry / University of Glasgow / Institute of Molecular Cell and Systems Biology / Royal Society / /
Person
Prince / Nat / Phil Trans / Alastair T. Gardiner / /
The use and misuse of photosynthesis in the quest for novel methods to harness solar energy to make fuel rsta.royalsocietypublishing.org