Researchers have announced that they have constructed the current best map of the background of gravitational waves across ...

A study that sheds new light on how pulsar signals—the spinning remnants of massive stars—distort as they travel through ...

Distortions in pulsar signals reveal flaws in galactic models, pointing to new opportunities for understanding the universe ...

An international study led by astronomers from Swinburne University of Technology has created the most detailed maps of gravitational waves across the universe to date.

Using the largest gravitational wave detector ever made, we have confirmed earlier reports that the fabric of the universe is ...

On November 28, 1967, astronomers found the first pulsar. A pulsar is a super-dense star that rotates super fast. As the ...

Results showed that in almost all cases, measured bandwidths were higher than predictions by widely used models of the galaxy, highlighting a need for updates to current ISM density models.

In 3D space, the flat, 2D map become most unhelpful. But once the tick marks are taken into account, the lines to the pulsar maps fall into their correct 3D orientations, indicating where the ...

This comprehensive book brings together key observational techniques, background information and a review of the latest results, including the recent discovery of a double pulsar system. Useful ...

As NASA explains in a new blog post, it would take 10 full days for our Sun to release the same amount of energy as the pulsar beams into space in just 20 seconds. “This burst was outstanding ...