R adio waves have been detected from what appears to be a pulsar, with just one problem – it‘s spinning thousands of times more slowly than most such objects, and hundreds of times slower than ...

The pulsar timing measurements must be extremely precise to measure the gravitational wave background correctly. The results from this study will help better model the distortions caused by DISS ...

Combined, the pulsar observations construct a Galaxy-sized gravitational wave detector – spanning from the Earth to 25 carefully chosen pulsars across the Galaxy. This makes it possible to study ...

from tests of alternate theories of gravity to constraints of extreme nuclear physics to the detection and characterization of low-frequency gravitational waves. Pulsar timing is also used to study ...

The pulsar, designated PSR J1617−2258A ... most commonly in the form of radio waves. The most rapidly rotating pulsars, with rotation periods below 30 milliseconds, are known as millisecond ...

The Sunbird nuclear fusion rocket concept has the potential to more than halve the time to travel to Mars and cut travel time ...

They are believed to be rapidly rotating neutron stars with intense electromagnetic fields, which emit radio waves from north and south poles. From far off, the spinning pulsar's radio emission is ...

Inmarsat Maritime, a Viasat company, appointed Pulsar International as the first reseller partner for NexusWave in the Mediterranean market. The agreement will also enable Pulsar to act as a ...

Using the Five-hundred-meter Aperture Spherical radio Telescope (FAST) and by analyzing archival Arecibo Observatory data, astronomers have investigated a distant pulsar designated PSR B1310+18A.