Blazar BL Lacetae, a giant black hole with aircraft, facing the Earth, has made scientists curious about how X -rays are generated in such harsh conditions for a period of time. Perhaps you have now been able to photograph x -ray or IXPE now to solve mystery. Through cooperation with radio and visual telescopes and the use of X -ray polarization measurements, IXPE results indicate that the interaction between electrons and fast -moving electrons may be the cause of X -ray emission in such conditions.
Evidence
According to Ixpe’s ResultsHigh optical X -ray polarization rate indicates that the prose of Compton may be the mechanism of x -ray generation. There are potential and competitors of X -ray emissions in Blazar aircraft. One of them says if x -rays in black hole planes are very polarized, then X -rays are created from the reactions between photons while the other says that low polarization indicates the formation of X -rays by the reaction of the electron.
Take advantage of the ability to polarize unique X -ray from IXPE, scientists made a focused note on BL LAC in November 2023. During this period, BL LAC’s optical polarization reached 47.5 %, the highest registered for any Plasar. However, IXPE found that polarizing X -rays is much lower, as it was directed by 7.6 %. This contrast supports a compton prose and may feel the interpretation of the photon -based.
Teacher for Balazar Studies
“This was one of the largest puzzles around the super black hole planes,” said Ivan Agodo, the author of the study and astronomy in Spain. Discovery checks the IXPE mission, which was launched in December 2021 to study X -ray.
It was described by Erico Costa, called one of the most important IXPE achievements. However, this is just the beginning. The project scientist Stephen Elert noted the need to monitor more plasma, as its emissions vary over time. With Ixpe, astronomers are now better equipped to explore these powerful cosmic planes.
