The youngest known pulsar, born in a supernova blast just 240 years ago, also is a powerful magnetar, shedding new light on an enigmatic class of stellar powerhouses.
The NICER X-ray telescope array aboard the International Space Station has witnessed a brilliant Type 1 X-ray burst from a pulsar 11,000 light years away.
A 14-year study of a binary pulsar matches predictions from relativity theory regarding how the spin axis of each pulsar changes direction, or precesses, over time.
Astronomers using the LOFAR radio telescope have discovered the slowest-spinning pulsar yet detected, a highly magnetized stellar remnant that takes more than 23 seconds to complete one revolution.
Computer simulations are giving astronomers a detailed view showing how the electric and magnetic fields surrounding fast-spinning pulsars spew out electrons and positrons, accelerating them to near light speed in a complex interplay that dominates the nearby environment.
Jocelyn Bell Burnell has been awarded a £2.3 million Breakthrough Prize for her discovery of periodic radio pulses that signaled the discovery of pulsars. She plans to donate the money to help women and minority astronomy students.
By following up on mysterious high-energy sources mapped out by NASA’s Fermi Gamma-ray Space Telescope, the Netherlands-based Low Frequency Array (LOFAR) radio telescope has identified a pulsar spinning at more than 42,000 revolutions per minute, making it the second-fastest known.