"JUPITER'S AURORA"
Jupiter's aurora is the most powerful in the solar system, dissipating more than 10^(14) Watts of power. The aurora is powered largely by the rotational energy of the planet, which is tapped via the ionization of material spewing from Io's volcanoes. The talk will address how the use of multi-spectral observations and limited in situ measurements have allowed us to piece together the auroral processes in this giant magnetospheric system. Hubble Space Telescope, Chandra, Cassini, and Galileo measurements will be presented, acquired during the recent flyby of Cassini down the dusk flank of Jupiter's magnetosphere.