XPoSat captures first light from supernova remnant

Launched on January 1, XPoSat carries two co-aligned instruments, POLarimeter Instrument in X-rays (POLIX) and X-ray SPECtroscopy and Timing (XSPECT), aimed at unravelling the mysteries of cosmic X-ray sources.

Agencies
The XSPECT payload on XPoSat, India's first X-ray polarimetry mission, has captured its first light from the Cassiopeia A (Cas A) supernova remnant, the Indian Space Research Organisation (Isro), said on Thursday.

"The continuous observations facilitated by XSPECT's long-duration capabilities are anticipated to contribute significantly to our understanding of the universe's high-energy phenomena," the space agency said.

Launched on January 1, XPoSat carries two co-aligned instruments, POLarimeter Instrument in X-rays (POLIX) and X-ray SPECtroscopy and Timing (XSPECT), aimed at unravelling the mysteries of cosmic X-ray sources.


While the POLIX instrument focuses on investigating X-ray polarisation in medium-energy X-rays, the XSPECT payload, engages in continuous and long-term spectral and temporal studies of X-ray sources in the soft X-ray band.

During its performance verification phase, XSPECT was directed towards Cassiopeia A, a standard celestial source used for instrument evaluation. "The observation commenced on January 5, capturing the supernova remnant's emission lines corresponding to elements such as Magnesium, Silicon, Sulphur, Argon, Calcium, and Iron," Isro said.

XSPECT payload has been developed by the Space Astronomy Group of UR Rao Satellite Centre in Bengaluru.
ADVERTISEMENT
Download
The Economic Times Business News App
for the Latest News in Business, Sensex, Stock Market Updates & More.
Download
The Economic Times News App
for Quarterly Results, Latest News in ITR, Business, Share Market, Live Sensex News & More.
READ MORE
ADVERTISEMENT

READ MORE:

LOGIN & CLAIM

50 TIMESPOINTS

More from our Partners

Loading next story
Business News › Tech › Tech & Internet › XPoSat captures first light from supernova remnant
Text Size:AAA
Success
This article has been saved

*

+