Saturn
The Ball-of-Light Particle Model predicts that Saturn is a decaying ball-of-light. Its core is still active. It produces 1.76 times the energy it absorbs from the sun.
Initial theories suggested that Saturn's internal heat source was simply relic heat left over from when the planet was formed. However, later analysis suggests that Saturn should have lost all of its initial heat billions of years ago. Its obvious, Saturn is producing its own heat.
Saturn has spots in its atmosphere just like Jupiter. The Ball-of-Light Particle Model predicts these spots could be the result of decaying balls-of-light in Saturn's atmosphere.
Saturn has an intense magnetic field. This field is created by the electromagnetic fields sweeping over Saturn's core.
Saturn has intense radio static emission which is a result of small balls-of-light that are bursting after they are ejected from Saturn's core. This radiation is "strongly modulated" with respect to the rotation of Saturn's core. In other words, Saturn's core has a nonharmonic spot on it that rotates -- inducing and ejecting small balls-of-light as it spins.
Saturn's rings are created by the core ejecting material as it spins.