"Fast radio bursts shine through the fog of the intergalactic medium, and by precisely measuring how the light slows down, we can weigh that fog, even when it's too faint to see." ...

Of the 69 FRBs used by the team, 39 were discovered by a network of 110 radio telescopes located at Caltech's Owen Valley Radio Observatory (OVRO) called the Deep Synoptic Array (DSA). The DSA was ...

Decades ago, astronomers estimated that “ordinary” matter (basically everything that isn’t dark matter or dark energy) makes ...

Half of ordinary matter in universe has long been 'missing.' Astronomers just found it. Revelations made possible by studying radio waves hurtling through space suggest that violent cosmic forces ...

The aforementioned models of the cosmos, including the standard model of cosmology, have long posited the idea that the ...

There may be many more satellite galaxies in the Milky Way than have been observed, according to new Durham University ...

Astronomers have finally tracked down missing "ordinary" matter, which they discovered hiding as gas spread out in the vast expanses between galaxies.

And there is ordinary matter such as gas, dust, stars, planets and earthly things like cookie dough and canoes.Scientists estimate that ordinary matter makes up only about 15% of all matter, but have ...

This hidden matter has been mapped using FRBs, intense millisecond-long pulses from galaxies located far away. With the help of 70 FRBs, which included one from 9 billion light years away, the ...

A vast filament of gas stretching across the cosmos may help solve the mystery of the Universe’s missing matter. Astronomers ...

Scientists use fast radio bursts to locate half of the universe's ordinary matter dispersed in intergalactic space, solving a cosmic mystery.