A new study has revealed an unexpected connection between a supernova remnant and the Australian Square Kilometre Array Pathfinder (ASKAP) radio telescope. Researchers have found that the supernova remnant G350.1-0.3 is emitting radio waves at frequencies observed by ASKAP. This is the first time that a supernova remnant has been detected at the frequencies of ASKAP, and the findings could help us better understand the physics of the universe.

The research team used data from ASKAP and the Australia Telescope Compact Array (ATCA) to map out the radio emission from G350.1-0.3. They discovered that the remnant was emitting powerful radio waves at frequencies as low as 700 megahertz, which is within the range of ASKAP. This is the first time a supernova remnant has been detected at this frequency, and it could help us better understand the physics of the universe.

The team also found that the remnant was emitting a wide variety of other radio frequencies, including some that are much higher than those observed by ASKAP. The findings suggest that the remnant is a complex source of radiation and could provide valuable insights into the physics of the universe.

This exciting new discovery

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source: Phys.org