Pulsars are the rapidly spinning remains of dying stars—the leftover cores of supernova explosions. They're only about 12 to 15 miles in diameter, but most contain more than twice the mass of ...

known as millisecond pulsars, can have frequencies above 700 Hz. It's pretty astonishing when you think about it. An object with nearly twice the mass of the sun, but only a few kilometers across ...

Despite their small diameters—about 12.5 miles (20 kilometers)—neutron stars boast nearly 1.5 times the mass of our sun ... some neutron stars the name pulsars. After spinning for several ...

Scientists have used the wobble of the Milky Way and what are known as "cosmic lighthouses" to shine a light on the mystery ...

The Large Magellanic Cloud, a dwarf satellite galaxy orbiting the Milky Way, causing the larger galaxy to “wobble,” imparting ...

Could a decades-long debate about the mysterious movements of stars in Omega Centauri, the largest star cluster in the Milky Way, finally be resolved? Omega Centauri is a massive star cluster with ...

Pulsars are highly magnetized ... This makes it one of the most compact and eccentric binary MSPs known to date. The mass of the pulsar was calculated to be not greater than 1.6 solar masses ...

It depends on the mass accretion rate among various factors. Understanding the fundamental parameters of Pulsars, can help us to constrain the equation of state inside Neutron Stars. Extensive ...

The colossal structure is about 4 million times the mass of the sun and lies approximately ... neutron stars seen as pulsars it became clear that black holes were real and ought to exist.

Dark matter density in the Milky Way measured using pulsars Pulsar acceleration data reveals galactic gravitational mapping Study expands dark matter research beyond binary pulsars ...

"However, most pulsars are not in pairs," the researcher ... it can pull some of the mass in the galactic disk towards it—leading to a lopsided galaxy with more mass on one side, so it feels ...

They changed the name of the signal from LGM to CP, for Cambridge pulsar. Many more pulsars have been found since the first. They are believed to be rapidly rotating neutron stars with intense ...