... Yun, Harrington, and colleagues also used the latest generation of satellite telescope and a cosmology experiment on the NASA/ESA collaboration Planck satellite that detects the glow of the Big Bang and microwavebackground for this work. ...
... The representative-color image on the right shows the "cosmic microwavebackground," a record of what the young universe looked like 13.7 billion years ago. ...
... If the universe were finite and smaller than the apparent distance to the cosmic microwavebackground (CMB), then multiple images should show up in the CMB. ...
... It is nevertheless so popular because it is indicated by a wide variety of independent observational probes: supernovae, large-scale structure, the microwavebackground, the age of the universe, and more. ...
... Most ultrahigh-energy cosmic rays from greater distances would lose energy before they reach Earth because they interact with cosmic microwavebackground radiation the afterglow of the big bang. ...
... The afterglow of that explosion (cosmic microwavebackground radiation) developed small fluctuations in temperature that caused some of the earliest matter to begin clumping together, a process accelerated by gravity and that produced the first stars and ...
... Their results, combined with evidence from the cosmic microwavebackground radiation, forced scientists to conclude that some repulsive form of energy makes up over 70% of the contents of the universe. ...
... of measurement uncertainty, so that the starт??s age overlaps with the universeт??s age т?? as independently determined by the rate of expansion of space, an analysis of the microwavebackground from the Big Bang, and measurements of radioactive decay ...