... instrument makes SPHERE an ideal device in which to photograph the dusty nurseries which foster the growth of planetary systems. Taking a photograph (or a direct image as it is referred to) of a dusty disc around a young star is incredibly difficult...
... atmospheres. Data collected from the mission should help enable scientists answer fundamental questions such as how planetary systems orbiting different types of stars, form and evolve to produce the myriad of exoplanets we see today. Since the...
... really an exception in an immense but uninhabited universe full of galaxies, each with billions of stars surrounded by planetary systems? Modern astronomy has proved that, firstly, there is plenty of space available in the universe for evolving life...
.... His work, On the Revolutions of the Heavenly Spheres, describes in detail the heliocentric theory of our planetary system. In the 16th and 17th centuries Johannes Hevelius (mathematician and astronomer) and Kazimierz Siemienowicz (engineer, rocket...
...-infrared to discover and characterise new exoplanets and planetary systems, while DISK explores known, young planetary systems and their circumstellar discs to study the initial conditions of planetary formation and how these evolve to form fully...
... as 425C at the planet’s surface. The discovery of the first exoplanet was also made in 1992; it was part of a planetary system of at least three Earth-like planets around the millisecond pulsar PSR 1257+12. 1997 marked a second major...