Jinyoung HH23 Lookbook

--- tags: HH23 --- # Jinyoung HH23 Lookbook ## key links * [Jinyoung's Google Drive Folder](https://drive.google.com/drive/folders/1YqVPSJ2cP1y2ZTgnqwpJXVJgqArWTgoe?usp=share_link) * [Jinyoung's Airtable Record in the HH Base](https://airtable.com/appwIObT71aBHeEtu/tblS1resjotcEHRvc/viwQdnPbIlkZCWaW1/recHQpn5G1oWgnCb2?blocks=hide) ## microproject docs ### shoots * [20230317 HH Shoot: Jinyoung @ his lab](/1CJRFiMUQy288QR8aBE_zA) ### visuals * [HH Visual: Jinyoung - Lab Montage](/qTuPPpAARAaFtZ9kFidrgA) * [HH Visual: Jinyoung - Phase transition](/qow4x8SCQWmiIUUZToPMTw) * [HH Visual: Jinyoung - Hot Sanders Montage](/r021d3JXR7u9GRESz9PBJg) * [HH Visual: Jinyoung - Hot Planet Animation](/hE8uDimATO6PIW0beD_BWw) * [HH Visual: Jinyoung - Greenhouse Effect Animation](/Q6uqeVESQBKI8BwB-8PV4w) --- ## notes from session 1 (20230127): atomic structure and zoom inside the structure. tweak one part and see how the other parts are affected. energy, vibrate, wiggle, twist. a 3d visual. make the molecule more flexible and more twity. like victoria's model. data to compliment. a split screen of data and visual ## meeting with PPMK 20230130 - [meeting notes](https://docs.google.com/document/d/1pYKe4sMQ51vZ-1g0qVXOpfqMgPWmrNaidFgi0_bphOE/edit#heading=h.d9z3f72d7oeo) ### mk notes on key elements - working on X material for more fundamental research. How energy interacts with the molecule. How the structure absorbs the least energy. - joined a new prof (started 2018), so they began together - gave him a random, high level idea: "just look at this molecule; i think it’s interesting (some sort of intuition—even an aesthetic element)" - the molecule looks very flexibly, very hairy - the structure is barely held together - "2 dimensional perovskites" - emphasis on the quirky ways he works in the lab: - 90 percent time studying - 10 percent reading random papers - in any case, they were looking at the molecule for purposes entirely unrelated to AC, but he begins to ask "can I connect them?" - (though this is not exactly the way it happens really) - in order to prove this, they need evidence, but they are a new lab without all of the most advanced instruments/funding, so they need to be creative (MK mentions Twister as reference) - accent the fact that they use unconventional moves for a Chemistry lab - "we had to be creative to collect evidence; we couldn’t do what others could do, didn’t have those instruments. we had to invent techniques that could do this" - so accenting process/product opposition - used hi pressure equipment to measure this - a story of how inspiration arrives? - mk suggests focalizing narrative through the journal-reading thing . . . that way audience is learning basics of AC mechanisms through experience of Jinyoung's earlier self - discovers this connection the climate change by accident - wow–cooling functions this way - OMG I’m actually doing something that can effect climate change. - ironic, because initially he tried to escape climate change - tried to escape climate, but found my way back to this--potentially something for the end? - and now we’re building an AC in the lab (shots of this) ### visuals - shoot in the lab. some scary looking equipment that tells the story (sounds a little Twister-like) - show a raw version of how research is done - let’s try for a montage of similar-looking-structures: montage of molecules, cells, structures - to go with "reminds you of cell membranes" - or "when a chemist looks at this shape, they get a bunch of ideas" - so gas to solid - show solid structure - when you squeeze it gets hot - when you release it gets cold - pressure and temperature related - the molecule itself - template hosts each chain well - cooling: ordered - heated: disordered, twisted, wiggle - shows experiment - pressurize it - then tweaks the structure - synthetic chemistry - that’s what we are good at as chemists - side by side - data - visualization ### notes from 20230210 - synthetic chemistry - when you show the process of compression and expansion; citation from data in the 70s and 80s - 1st gen prototype animations - diagram of how the AC prototype works - payoff at scale -