Three more of the mysterious fast radio burst (FRB) signals have been detected this month, and one of them is a real record-breaker, coming in with the highest signal-to-noise ratio ever recorded. That makes it the “brightest” FRB that’s ever been observed.

The signals came in on March 1, March 9 (that’s the really bright one) and March 11, snagged by the Parkes Observatory radio telescope in remote Australia.

They are called FRB 180301, FRB 180309 and FRB 180311, following the fast radio burst convention of being named for the dates on which they occurred.

A new study from ICRAR finds that all galaxies move once every billion years or so, regardless of size.

Damn. =(!!!

“We have this one life to appreciate the grand design of the universe,” Hawking once remarked, “and for that, I am extremely grateful.”

By joe satran and ryan grenoble

For every planet that orbits a star like our own, there are likely thousands of ‘orphan planets’ wandering the galaxy alone.

This artist’s impression shows the exoplanet WASP-12b — an alien world as black as fresh asphalt, orbiting a star like our Sun. Scientists were able to measure its albedo: the amount of light the planet reflects. The results showed that the planet is extremely dark at optical wavelengths.

Located 350 million light-years away, two neighbor galaxies are slowly being brought together by gravitational forces.

The Hubble Space Telescope captured the pair’s beautiful cosmic dance in a recent photo of the spiral galaxies, known as Arp 256.

One of the most stunning aspects of the image are the swaths of blue on the outer edges of both galaxies. Those are “stellar nurseries,” collections of gas and dust in the process of becoming new stars. Stellar nurseries are set off by intense gravitational forces, like the massive forces of two galaxies slowly merging.

This enhanced Hubble Telescope image show two galaxies in the starting phases of merging into one. Here’s what this cosmic collision is doing to them.