Artist's impression of the planet NGTS-1b and its star (Image University of Warwick/Mark Garlick)

An article published in the magazine “Monthly Notices of the Royal Astronomical Society” describes the discovery of a hot Jupiter-type gas giant planet orbiting the star NGTS-1, a red dwarf. This is an extraordinary pair that’s in conflict with the current planetary formation models. The exoplanet NGTS-1b is the first to be discovered with the new Next Generation Transit Survey (NGTS) instrument installed at ESO’s Paranal Observatory in Chile.

Aurora at Jupiter's North Pole (Image NASA / ESA / J. Nichols (University of Leicester))

An article published in the journal “Nature Astronomy” describes a research on the auroras on the planet Jupiter. A team of researchers used ESA’s XMM-Newton and NASA’s Chandra space telescopes to observe the pulsations of Jovian auroras. The study shows that the auroras pulsate independently at the two poles, unlike what happens on Earth.

Jupiter and its big moons, the TRAPPIST-1 system and the solar system (Image NASA/JPL-Caltech)

An article published in the journal “Nature Astronomy” describes a research on the magnetic field of the star TRAPPIST-1 and its possible consequences on its inner planets. According to a team of researchers led by the Space Research Institute (IWF) of the Austrian Academy of Sciences (Öaw) at least two of those planets could be heated by the effects of that magnetic field to the point of having a surface composed of a magma ocean.

Artist's concept of ultra-short-period exoplanet and its star (Image NASA’s Goddard Space Flight Center / TESS / MIT / Lincoln Laboratory)

An article accepted for publication in “The Astronomica Journal” describes the discovery of a planet that orbits EPIC 228732031, a star just a little smaller than the Sun. A team of researchers used NASA’s Kepler space telescope to detect traces of the transits of the exoplanet that was called EPIC 228732031b. This type of discovery has become common but in this case it’s a super-Earth whose orbit is very close to its star, so much that its year only lasts 8.9 hours.

Artist's concept of Mars' magnetic tail (Image Anil Rao/Univ. of Colorado/MAVEN/NASA GSFC)

During the 49th annual meeting of the American Astronomical Society’s Division for Planetary Sciences, the results were presented of a research that led to the discovery that the planet Mars has a magnetic tail, called magnetotail, twisted by the interaction with the solar wind. A team led by Dr. Gina DiBraccio of NASA’s Goddard Space Flight Center used data from the MAVEN space probe to discover this phenomenon that according to the researchers is linked to the process known as magnetic reconnection.