Aurora are stellar examples of high energy physics. You need to be at the right spot to find Aurora on earth, but its not quite the same on Jupiter. What governs where and how an aurora will form? Earth and Jupiter are very different in size and speed, but why are our Auroras so different? How does Jupiter's magnetosphere bring all it's moons into line? What happens when an small independent moon brushes up against a super sized neighbour? Ganymede has it's own indepedent magnetic field. So what would happen if it got gobbled up by Jupiter?
Episode 417 - Umami, vitamins, juice and drinks
Episode 416 - Sourdough starters and less allergens in wheat and peanuts
Episode 415 - Greener ways to make Hydrogen and Ammonia
Episode 414 - The active life and dramatic death of galaxies
Episode 413 - Detecting gene doping in sport, and the strange air of gyms
Episode 412 - Magnetic Glues and Chemical gears
Episode 411 - Lightning fast eyes and looking for hidden spots
Episode 410 - Mysterious Volcanoes, Plates and Subduction
Episode 409 - Stellar Weather, Life on other planets and Space Dust
Episode 408 - Life in deep sea soil, and blending in amongst leaves
Episode 407 - Random generating DNA and random mouse movements
Episode 406 - Lifting mountains out of the ground...with rain
Episode 405 - Studying Supernova, pollution and air quality with trees
Episode 404 - Ants , Acid, and Yeast that grow acid
Episode 403 - Taking pollutants out of our water, factories and environment
Episode 402 - Feathers on Dinosaurs and Pterosaurs
Episode 401 - Space Collisions and cleaning up debris
Episode 400 - Nobel Prizes, Collaboration, and more sustainable trees
Episode 399 - Avoiding Fatbergs and Breaking down Plastic
Episode 398 - Ig Nobel Prize '20 - Alligators and Spiders
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