A big prize like the Nobel for Chemistry doesn't appear out of nowhere. To win a Nobel Prize, a lot of team work in laboratories and across the world has to come together. We find out about the research that led towards the Nobel Prize for chemistry and how it grew. How does Click Chemistry solve the problem of messy and complicated reactions? How do you look inside a cell when it's working without destroying it? How can you get precise tracking of cells behavior using Bioorthogonal chemistry.
Episode 377 - Hubble turns 30 and still takes amazing images
Episode 376 - Learning from spider webs, venom and combs
Episode 375 - Solar Panels that work at night and on greenhouses
Episode 374 - Lasers, Metal and Insect wings vs Bacteria
Episode 373 - Deep sea reefs, ocean vents and tiny life
Episode 372 - Flexible and wearable electronics
Episode 371 - Marine Mammals vs Parasites
Episode 370 - Explosions in space and citizen science
Episode 369 - 2020MMM, Endangered species and City Foxes
Episode 368 - Brain injuries, epilepsy and treatment options
Episode 367 - Sustainable and green Chemistry
Episode 366 - The YORP Effect, Star Brawls and Solar wind
Episode 365 - Wasps, Bees, tasty meals and pesticide.
Episode 364 - Coronavirus from SARS to MERs and nConv2019
Episode 363 - Mysteries from underwater volcanoes
Episode 362 - Life after a disaster from Fukashima to Chernobyl
Episode 361 - Fast Radio Bursts, Cosmic Rays and Antarctica
Episode 360 - Imaging hard-working Cells keeping you alive during illness
Episode 359 - Life surviving on freezing planets, faint suns and meteorites
Episode 358 - Wildfires, climate change, smog and charcoal
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