| ▲ | muhdeeb 2 days ago | |
So it seems that their definition of 100% means 1 excited state per incoming photon, and then they use a material that converts a single high energy excited state produced by one photon into 2 half as energetic excited states...but then they apply the definition that just counts any excited state per incoming photon to juice their numbers. So more like 65% energy conversion efficiency at best. | ||
| ▲ | vi_sextus_vi 2 days ago | parent | next [-] | |
Useful idea buried under abject science-writing is that quantum yields quantify how likely a chain reaction is. It's like r for COVID-19. One usually says "1.3", not "130%" Quantum yields greater than 1 are possible for photo-induced or radiation-induced chain reactions, in which a single photon may trigger a long chain of transformations https://en.wikipedia.org/wiki/Quantum_yield#:~:text=Quantum%... Diagram from the paper showing the initiation of a light-generated "avalanche" https://xcancel.com/YoichiSasaki1/status/2036808566011789536 | ||
| ▲ | aitchnyu a day ago | parent | prev [-] | |
How did you calculate the radiation joules -> electricity joules efficiency when the scientists apparently did not? | ||