The erupting magnetar observed by IXPE is known as 1E 1841-045, a neutron star located around 28,000 light-years from Earth ...

Either we are uncovering something entirely new, or we’re seeing a known type of object emitting radio and X-ray waves in a ...

A team of researchers have discovered a binary system in which a pulsar orbited inside the outer layers of its companion star ...

Astronomers detected both X-ray and radio pulses from a single mysterious space object, known as ASKAP J1832-0911, every 44 ...

Six well-traveled adventurers went where they've never gone before when Blue Origin sent them on a 10-minute suborbital space ...

ASKAP J1832 pulses every 44 minutes in both radio and X-rays—something never seen before—hinting at an entirely new type of star or system. ASKAP J1832 is part of a rare group of space objects that ...

The “National Science Foundation FY 2026 Budget Request to Congress” calls the LIGO system “the most sensitive detector of ...

A type of hydrogen that doesn't interact with light could explain how long neutrons live and reveal the identity of the ...

The object give off pulses of radio waves and X-rays, and repeats the cycle of X-rays and radio waves every 44 minutes.

Fifteen thousand light years away something is semaphoring into space. And scientists are eager to solve its riddle.

Every 44 minutes, a mysterious space object nearly 15,000 light-years away sends out a blast of radio waves and high-energy X ...

Powerful flares on highly-magnetic neutron stars called magnetars could produce up to 10% of the universe’s gold, silver and platinum, according to a new study. What is more, astronomers may have ...