In the latest and fascinating discovery, astronomers have detected a rare type of cosmic object in the Milky Way galaxy. An object named MAXI J1816-195, found to be emitting X-ray light, was first detected on June 7. It was captured using the Japanese Space Agency’s Monitor of All-Sky X-ray Image (MAXI). The discovery was brought to light by astrophysicist Hitoshi Negoro of Nihon University, Japan, and his team. He wrote in a notice posted to The Astronomer’s Telegram (ATL) that an previously unlisted X-ray source had been identified.
according to a Pulsar Database Conceived by astronomer Alessandro Patruno, the object lies within 30,000 light-years and is believed to be an X-ray millisecond pulsar.
He described its location as being in the galactic plane between the constellations of Serpens, Scutum and Sagittarius. The object appeared brighter than expected but scientists could not identify it using MAXI data.
However, later, Jamie Keenea, an astrophysicist at Pennsylvania State University, and his colleagues used the Neil Gehrels Swift Observatory to observe the object’s designated location.
“This location is not the location of a known listed X-ray source, so we agree that it is a new transient source MAXI J1816-195,” they said. wrote Confirming at Etel that the find was a new one.
The notice further read that the archival observation carried out using Swift/XRT in 2017 did not reveal any point source.
To shed more light on the discovery, astrophysicist Peter Bult of NASA’s Goddard Space Flight Center launched the Neutron Star Interior Composition Explorer (NEW).good) “This discovery suggests that MAXI J1816-195 is a neutron star and a new accretion millisecond X-ray pulsar,” they wrote.
After the discovery, further observations are being made and follow up is done using SWIFT. In addition, the Liverpool Telescope on the Canary Islands of La Palma in Spain has also been fitted with an optical counterpart for viewing.