This breaking mechanism must be related to the radio emission and the processes creating it and the additional slow-down can be explained by a wind of particles leaving the pulsar's magnetosphere ...

Scientists think that the source of this radiation are fast electrons produced and accelerated in the pulsar's magnetosphere, while traveling towards its periphery. The magnetosphere is made up of ...

The pulsar is surrounded by a plasma-filled superconducting magnetosphere that rotates rigidly with the star except where there are open field lines. (The "light cylinder" marks the boundary where ...

suggesting that they are all emitted fairly close to the pulsar within the magnetosphere. David Carreto Fidalgo from Complutense University of Madrid, another co-author on the study, said ...

Pulsar radio emission from thunderstorms and raindrops of particles in the magnetosphere of PSR B2111+46 detected by FAST. Credit: NAOC Pulsar radio emission from thunderstorms and raindrops of ...

Artist’s impression of the Vela pulsar, in the centre, and its magnetosphere, whose edge is marked by the bright circle. The blue tracks travelling outwards represent the paths of accelerated ...

The first ever double pulsar has been discovered by an international team of astronomers from the UK, Australia, Italy and the US. The discovery will allow new tests of general relativity and will ...

essentially creating an image or performing tomography of the neutron star's magnetosphere," continued Medvedev. "The Crab ...

This breaking mechanism must be related to the radio emission and the processes creating it and the additional slow-down can be explained by a wind of particles leaving the pulsar's magnetosphere ...