In this article, professor Alastair Wilson shares his understanding of the matter and takes you on a fascinating journey. Please enjoy!
For the first time ever, scientists have been able to grow plants in actual moon soil
Scientists recorded a ''monster quake'' on Mars, the biggest ever detected on another planet
Why solar energy can be a more effective way to power a mission on the surface of Mars than nuclear
The story about Earendel: the farthest star ever observed
Special lettuce grown in space will help future Mars-bound astronauts prevent bone loss
How to generate oxygen on Mars?
Scientists created the most accurate simulation of the universe ever
Where did the water from Mars' ancient rivers and lakes go?
Monstrous plasma ejection observed in faraway star system - scientists warn that our sun may also be capable of something similar
Counterintuitively, most of the water on Earth may have come from the Sun
Why extraterrestrial intelligence is more likely to be artificial than biological
Alien microbes could contaminate Earth: what to do in case of a planetary biosecurity threat?
Scientists proposed a brilliant idea: producing rocket fuel on Mars using algae and E.coli
Scientists may have detected the first-ever exoplanet in another galaxy
Scientists determined that photosynthesis within the Venusian atmosphere could sustain life
Cosmic Concrete: all it takes is dust and a little astronaut blood to build low-cost homes in space
New research center aims to combat the ever growing threat of space junk
About 27% of all sun-like stars devour their own planets
Mysterious rhythmic fast radio burst not caused by the strong stellar wind from a companion star as suspected
A Dutch team of astronomers has found that the repeating pattern in the cosmic radio flash FRB20180916B is not caused by the strong stellar wind from a companion star, as previously suspected. Instead, the flashes may come from a highly magnetized but solitary neutron star called a magnetar. The astronomers made this discovery within a unique combination of observations with two of the largest radio telescopes in the world: LOFAR and Westerbork.