5.1 Introduction to Photoinduced Electron Transfer

[@elogewakwanyembo5534]

Every single words are properly used to explain the concept. Thanks Michael

[@MonikaSharma-g3q]

very nicely explained

[@disafear3674]

Very concise and informative video!

[@ChemistryZone809]

Am so fadeup from this chemistry like seriously there is nothing about main things on internet😂

[@sethkitchen6775]

Do you have any physical examples or experiments? I'm trying to understand what this looks like in the real world. In your photosynthesis example (2:50) - Do I literally put some water next to some Iron next to some Ruthenium? What is MV2+ and nanoITO? These are nanometers apart, so do they literally just stack? And then I just put them out in the Sun and magic happens? Haha - the theoretical to physical world is making no sense to me. Thanks for any help.

[@sarahm2302]

I do not think you can make it by yourself at home. The rhuthenium for example needs to be surrounded by aromatic molecules most of the time. For a physical example you can search for articles about artificial leafs, or even youtube video. They will give you informations about the organisation

[@ru1h]

what does SOMO stand for

[@mevansthechemist]

"Singly occupied molecular orbital." In other words, an orbital with only one electron in it!