This image captures a landform on Mars peculiar to the Hellas Basin, sometimes referred to as ‘banded terrain’.
Saturn at equinox
Equatorial rings such as those shown in the image above are caused when a star reaches supernova and portions of some layers are accelerated FTL into the 2-x intermediate speed range and has only a 2D spacial representation in or fixed 3D coordinate system. This 2-x motion will give off X-rays as matter drop back down to the low speed (1-x) range. Yes, Saturn's rings are an X-ray source.
This is similar to the effect seen in some supernova where the explosion is violent enough to create 1D polar jets. This motion, also FTL, has been accelerated to the 3-x ultra high-speed range. Matter dropping below "Light speed" from the ultra high-speed range will emit gamma rays.
Low speed (1-x) matter is distributed spherically (3D) in space.
Matter accelerated FTL will emit RF. An example would be a spark gap interrupter in a LC tank circuit. Pop! + RF "interference."
Saturn has much more in common with an early Main Sequence star than a planet.
That it has rings means that it has supernova'ed at least once already.
Judging by the faint glow... I would suspect not much fuel to fission at the moment.