id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_up6o53o5kzccbacl4rhdtzihtq	P. Nair	Profile of Daniel G. Nocera	2012	3	.pdf	application/pdf	3003	292	67	light to split water into hydrogen and oxygen. hopes, this technology might help personalize energy in the Western world, untethering its people from power grids sunlight, the field of multielectron chemistry presented problems that Nocera for example, could help researchers generate hydrogen for use as a fuel. complicated reaction called proton-coupled electron transfer (PCET), whose to split water into hydrogen and oxygen. By 2002, Nocera had developed a rhodium-based catalyst to generate hydrogen catalyst for oxygen," Nocera says. The strength of the catalyst, Nocera explains, was in its ability for which resembles that of the oxygenevolving catalyst of photosynthesis," Nocera says. Yet Nocera's catalyst had fossil fuels is Nocera's goal to make solar catalysts on the silicon, Nocera obviated sunlight," Nocera says. In laboratory settings, Nocera showed, the artificial leaf Nocera's efforts to harness solar energy energy crisis, Nocera has partnered with 3. Nocera DG, Gray HB (1981) Electron transfer chemistry	./cache/work_up6o53o5kzccbacl4rhdtzihtq.pdf	./txt/work_up6o53o5kzccbacl4rhdtzihtq.txt