In this episode of The Debrief, we speak to two astronomers helping to create the most detailed map ever of the universe.
By observing the universe at low radio frequencies, astronomers can now specify with greater accuracy the number of new stars being formed in the early universe, establish a correlation between the brightness of galaxies on the low radio images and the rate of star formation as well as analyse emissions from around massive black holes or the collision of galaxies.
It’s that time of year again for The Debrief Christmas Special! Hosted by John Beauchamp with guest Ed Wight, Managing Editor of The First News.
To locate the free-floating planet, a team of international astronomers led by those from the University of Warsaw’s OGLE team at the Astronomical Observatory used an astronomical phenomenon called gravitational microlensing.
The discovery could help change the way the universe and the rule of physics are viewed.
The information from the satellites could help scientists understand how elements are spread across the galaxy.
The technique, which has already unearthed stars, allows scientists to see what is invisible.
If, as researchers believe, the 2l/Borisov comet comes from another galaxy this makes it a huge discovery: as the first comet from so far away and the second object from intergalactic space observed in the Solar System.
The team from the University of Warsaw say their unique map, which was based on observing 2,400 stars less than 250 million years old, is more accurate than models currently in use.