New findings from the University of Bonn challenge the assumptions of the standard cosmological model. The faint "afterglow" ...

This first light is called the "Cosmic Microwave Background (CMB)," leftover radiation which is spread almost evenly through the universe. The CMB carries with it the signatures of the physical ...

For the first time, astronomers have used a ground-based telescope to observe polarized microwave light from the universe's ...

The earliest galaxies may have scrambled our reading of the Universe. A new study challenges the traditional interpretation of the cosmic microwave background, this fossil light from the Big Bang.

In this article an estimate is made of the velocity of the Sun relative to distant matter, from which a prediction can be made of the anisotropy to be expected in the microwave radiation.

Changing climate with anthropogenic global temperatures means the disruption of the millennia dance of the Sun ... That cosmic dance blessed the Earth with appropriate solar radiation, winds ...

This marked the birth of cosmic microwave background radiation. We can still detect this radiation today using highly sensitive telescopes. As it has been traveling to us for almost 13.8 billion ...

Now, thanks to a chance discovery, scientists are aware of an entirely new explosive stellar source of X-ray radiation. These outbursts' light output didn't resemble any previous cosmic explosion.