Cyprus Astronomy Organisation

Twenty new moons have been found around Saturn, giving the ringed planet a total of 82 and that beats Jupiter and its 79 moons.
“It was fun to find that Saturn is the true moon king,” said astronomer Scott Sheppard of the Carnegie Institution for Science.

A new planet almost the size of Neptune that could vaporise you in under a second has amazed us because it shouldn’t exist.
The exoplanet has been found in an area called the “Neptunian Desert”.

In a major first, scientists have detected water vapor and possibly even liquid water clouds that rain in the atmosphere of a strange exoplanet that lies in the habitable zone of its host star.

This is a false color image using two ultraviolet channels from Akatsuki's UVI camera at 283 nm and 365 nm.
We can clearly distinguish the different components of the Venusian atmosphere.

The origin of Phobos and Deimos, the two small moons that orbit close to the surface of Mars, have been hotly debated by scientists for decades.
A violent impact between Mars and another planet-sized object resulted in the birth of the Red Planet’s two moons, according to a new study.

Swirling columns of wind and dust known as dust devils occur frequently, and their tracks crisscross large areas. The largest ones can reach heights of 8 kilometers much taller than dust devils on Earth.
Dust devils on Mars form the same way they do in deserts on Earth. You need strong surface heating, so the ground can get hotter than the air above it. Heated less dense air close to the ground rises, punching through the layer of cooler denser air above rising plumes of hot air and falling plumes of cool air begin circulating vertically in convection cells. Now, if a horizontal gust of wind blows through, it turns the convection cells on their sides, so they begin spinning horizontally, forming vertical columns and starting a dust devil.
A better understanding of how dust devils transport particles into the air, as well as how those particles impact climate and conditions over distances, will improve our understanding not only of weather here on Earth, but also on Mars, aiding in better designs and mission plans for future missions.