Astronomers Discover Strange ‘Glitch’ in Binary System
Pulsars in binary systems can often display a strange phenomenon known as ‘glitch,’ but up until now, astronomers have had a hard time proving it. But now one of the largest ever timing irregularity has been observed in a pulsar and is the first step towards to proving these ‘glitches’ exist.
Pulsars in binary systems can often display a strange phenomenon known as ‘glitch,’ but up until now, astronomers have had a hard time proving it. But now one of the largest ever timing irregularity has been observed in a pulsar and is the first step towards to proving these ‘glitches’ exist.
Like everything else in the world, stars undergo their own evolution process and pulsars are one possible solution of the end result. Some really big stars end up in huge supernova explosions which finish them off and hurtles their stellar materials out into the great outer space.
The extremely dense object that’s left behind is a black hole, neutron star, or white dwarf. If it is a neutron star that’s left behind, then there may also be a strong magnetic field circling it, and causing a light to beam out that’s visible from Earth. For us down here it looks very much like the star is emitting pulses of light, hence where the name ‘pulsar’ is derived. A sudden change in pulsar SXP 1062’s rotation speed was detected by scientists from the Middle East Technical University and Baskent University in Turkey. It’s the first time these ‘glitches’ have been observed in binary pulsars and is an exciting time.
Lead author of the study is Mr. M. Mirac Serim, a senior Ph.D. student, and he says, “This pulsar is particularly interesting since as well as orbiting its partner star as part of a binary pair, it is also surrounded by the remnants of the supernova explosion which created it.”
Accretion is a process that involves pulsars feeding on the leftover material from the supernova explosion. It’s been suggested that the size of the glitch is linked to the gravitational influence of its companion star as well as the accretion of the material surrounding it.
Together, strong forces are then exerted on the crust of the neutron star until finally the rotation of the pulsar shifts and a glitch is produced as a result. Co-author of the study, Dr. Seyda Sahiner, commented, “The fractional frequency jump observed during this glitch is the largest, and is unique to this particular pulsar. The size of the glitch indicates that the interiors of neutron stars in binary systems may be quite different to the interiors of isolated neutron stars.”
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Rachel Kowalski
Rachel Kowalski is the Cybersecurity Analyst at TrendinTech, where she covers vulnerabilities, ransomware, supply chain attacks, nation-state operations and the security rules shaping organizations in the United States and Europe. Before moving into journalism she worked as a threat intelligence analyst at a security vendor and later reported for CyberScoop and the security desk at Wired, covering the SolarWinds compromise and the ransomware wave that hit hospitals and pipelines. Rachel holds a Master of Science in Cybersecurity from the Georgia Institute of Technology and attends Black Hat and DEF CON in Las Vegas each year, where she follows research from the security community. She writes to make risks and countermeasures understandable to people who are not specialists.
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