Aug 15, 2017: Saturn and Titan 'Rev 288' Raw Preview - These raw, unprocessed images of Saturn and Titan were taken on August 11th and 12th, 2017 and received on Earth August 12th and 13th, 2017.
Aug 11, 2017: Two Titans - These two views of Saturn's moon Titan exemplify how NASA's Cassini spacecraft has revealed the surface of this fascinating world.
Aug 11, 2017: Titan - NASA's Cassini spacecraft looks toward the night side of Saturn's moon Titan in a view that highlights the extended, hazy nature of the moon's atmosphere. During its long mission at Saturn, Cassini has frequently observed Titan at viewing angles like this, where the atmosphere is backlit by the Sun, in order to make visible the structure of the hazes.
March 13, 2002
You have arrived at the web site of the Cassini Imaging Central Laboratory for Operations (CICLOPS), the hub of the Cassini Imaging Science Team. Welcome.
It has been a year since the conclusion of Cassini's flyby of Jupiter. The imaging scientists have been busy since then preparing for rendezvous with Saturn, and examining the results of the Jupiter encounter. At present, Cassini is roughly midway between the orbits of Jupiter and Saturn, rushing to meet its appointment with the ringed planet on July 1, 2004.
Today, after a long hiatus, the Cassini Imaging Team is pleased to release a movie composed of images taken of Jupiter in the ultraviolet and showing startling and unexpected activity high in the jovian stratosphere (Imaging Diary: Jupiter). We were fortunate to capture the birth and development of a dark spinning vortex in the north jovian auroral region resembling the development of stratospheric ozone holes on Earth. These disturbances appear to arise solely within the confines of the circumpolar high-altitude region of both planets. The similarity begs the question: Is there a lesson for us Earthlings, keen to understand our own atmosphere and the protection it affords us, in the study of the atmospheres of the giant planets?
We will have this question in mind as we attempt to understand the origin of this new phenomenon observed for the first time by Cassini's Imaging Science experiment.
Carolyn Porco Cassini Imaging Team Leader CICLOPS/Space Science Institute Boulder, CO