Zonal Winds and Torsional Oscillations in Jupiter's Interior

Explore Jupiter's interior dynamics in this scientific seminar presented by Professor Christopher Jones from the University of Leeds. Delve into groundbreaking findings from the Juno mission that reveal how Jupiter's distinctive eastward and westward winds penetrate 3000 km beneath its surface. Examine theoretical models explaining the vertical structure of these zonal winds and understand the implications of Jupiter's magnetic field measurements. Learn about torsional oscillations - magnetic waves driven by Lorentz forces - and their connection to observed sub-decadal variations in Jupiter's 5-micron infrared signals. Discover how Jupiter's magnetic field changes over the seven-year Juno mission provide evidence for these oscillations and offer insights into the gas giant's deep interior flows.