... producing world-leading limits”. A second paper further elaborates on the implications of those upper limits for models of early universe star and galaxy formation. Nearly six years after construction began, the array stands at a total of 332...
... as protons and neutrons like normal baryonic matter. It is thought that WIMPs were created in the very early Universe, when the universe was at very high temperature, and the number density of WIMPs was roughly equal to the number...
... field strength and structure in galaxies Since the starburst phenomenon was most likely more common in the early universe when close encounters among galaxies occurred frequently, detailed study of Messier 82 – as the nearest starburst galaxy - can...
... leftover radiation of the Big Bang and studies of this phenomena offer a unique window into the very early Universe and Planck scale physics, I.e. Physics on the tiniest of scales (a Planck length is 1.61×10−35 metres!). How the CMB got...
... first place. Luckily, data from the Planck satellite has already given scientists a snapshot of how the early Universe looked by studying the leftover radiation from the big bang; the cosmic microwave background (C. But since...
... in our understanding of how the inflow of material is regulated around the most intense starburst galaxies in the early Universe. It shows what can be achieved when scientists from a variety of disciplines come together to exploit the capabilities...