… One of the largest known glitches has been detected in the young pulsar PSR B1757-24. The
… Here we report further timing observations which show the occurrence of a very large glitch …

… Assuming that similar giant glitches have happened repeatedly in the past, we can
describe … glitch rate for the Crab pulsar. If we assume that future glitch rate for PSR B1757-24 …

… to assume that similar giant glitches have happened repeatedly in the history of … the
observed glitch rate for the Crab pulsar. If we assume that future glitch rate for PSR B1757-24 will …

… PSR B1757−24 and conclude that the pulsar could be old enough to be related to the supernova
remnant G5.4−1.2. Between glitches… very large negative spin-down steps at the glitches…

… and B1757−24 as two pulsars which exhibit examples of some common glitch features. … As
a consequence, our models describe glitches in PSR J0205+6449 (top left panel of Figure 1) …

… We present the results from timing observations with the Giant Metrewave Radio Telescope
of … Our results of the glitch parameters for PSR J1833−1034 show that this pulsar follows this …

… In contrast, glitch sizes in PSRs B1338-62, B1757-24 and B1758-23 are more uniformly …
two giant glitches in PSR B1737-30 rank this pulsar in the first group. The glitch history for PSR …

… of G5.27-0.90 with the Very Large Array (VLA). Our … PSR B1757-24 in its value of τ and its
tendency to ‘glitch’ 21 . One alternative possibility is that the magnetic field of PSR B1757-24 is …

… Also, PSR B0144+59 is the second oldest pulsar for which a glitch has been observed,
with the oldest being the millisecond pulsar PSR B1821−24 which has a characteristic age of …

… glitch indicates that more than half of it will decay away over a few years. In this respect the
PSR J1614−5047 glitch is more similar to the giant glitches … change over the 24 years is ∼0.6 …