Globulus Praesidia

Globidia, as they are also known in scientific circles, are individuals in the middle atmosphere of the planet Wollurn and are comparable to the Earth's ozone layer. Their habitat is primarily located between the wratosphere and the wesosphere. The task of the globidiids is to protect the planet Wollurn from cosmic radiation. Their outer rings are covered with reflective nerve endings that both filter out the harmful spectrum of radiation and trigger a beneficial rotation mode. When cosmic radiation vibrates in a frequency spectrum between 432 Hz and 440 Hz, the rings rotate diametrically opposite each other at speeds of up to 230 km/h, creating an insurmountable protective shield that catapults any foreign object heading towards Wollurn's surface back into space. It's thanks to them that there are hardly any meteorite craters on the surface of Wollurn, although this planet, due to its lack of moons and its relative mass, would certainly have had a very different fate.
Wollurn, in turn, seems to have entered into a kind of symbiosis with Globulus Praesidia. How else could they survive in these inhospitable layers of its atmosphere? This fascinating species presumably feeds on the telekinetic transport of Wollur energy, which originates directly from the planet's core.