... Ernst Julius Öpik. He did a lot of pioneering work on the solar system. With names like Cosmos and Supernova for meeting rooms it had Asgardia written all over it. The stage was set for our second...
... the Department of Astronomy, University of Tokyo, Japan. His primary research interests are explosive phenomena (such as supernovae and gamma-ray bursts), galaxy formation and evolution, and cosmology. He conducts theoretical analyses combined with...
... that the amplification of this ‘seed’ field, for example via galaxy formation, mergers, accretion flows and supernovae explosions, as well as the feedback associated with all these processes, is required to produce the field we observe today...
...? No, we should not, for two reasons. The first is that the universe is a violent place. Stars engulf planets, supernovas fire lethal rays across space, asteroids hurtle around at hundreds of miles a second. Granted, these phenomena do not...
...not find any corresponding compact objects, a wide velocity dispersion caused by a local energy input, such as a supernova explosion, was ruled out. Further analysis of CO-0.40-0.22 using simulations of gas clouds attracted by a strong gravity source...
... radio afterglow, and that its existence and timescale was not in line with originating from a pulsar or supernovae. As the team were able to measure the redshift of the burst along with its dispersion signal, the...