Using the Einstein Probe, astronomers have recently detected an X-ray flash originating from a supernova explosion.
But beyond its devastating effects, this explosion can produce X-ray flashes, which can be detected by the Einstein Probe.
As for X-rays, they are divided into several subcategories, such as X-ray flashes, which are extremely rare.
To understand the origin of this signal, a team of astronomers led by Gokul P. Srinivasaragavan of the University of Maryland has studied an X-ray flash named EP250827b.
However, due to the low intensity of this signal, astronomers used the Zwicky Transient Facility and detected a supernova at the same location.
Using the Einstein Probe, astronomers have recently detected an X-ray flash originating from a supernova explosion. But following this event, the supernova exhibited unusual behavior, which may have led to the formation of a different type of star.
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When a star reaches the final stages of its life after exhausting all its fuel, it may explode as a supernova. This phenomenon is one of the most powerful explosions observed in the universe. But beyond its devastating effects, this explosion can produce X-ray flashes, which can be detected by the Einstein Probe.
This probe is particularly valuable to astronomers. Indeed, it is capable of detecting these transient events, while other space telescopes were designed to detect gamma-ray bursts. As for X-rays, they are divided into several subcategories, such as X-ray flashes, which are extremely rare.
To understand the origin of this signal, a team of astronomers led by Gokul P. Srinivasaragavan of the University of Maryland has studied an X-ray flash named EP250827b. However, due to the low intensity of this signal, astronomers used the Zwicky Transient Facility and detected a supernova at the same location.
