Australian astronomers spotted something odd in space and can't explain it

James Marshall
July 10, 2020

But, researchers discovered absolutely nothing that would imply that these four round features were being like any of the astronomical objects beforehand observed.

According to LiveScience, astronomers noticed these 4 circular objects at radio wavelengths and observed that they had vibrant edges. The objects appear to be shiny and sparkling on the edges of its outer boundaries and are found to be extremely circular in shape according to the accounts of the astronauts who have observed the objects, according to reports in worldwide media.

The paper lists a few possible explanations but dismisses them.

An worldwide team of researchers describe four of the faint objects in a new scientific paper, naming the oddities "Odd Radio Circles" (ORCs).

The objects weren't located in the Milky Way galactic plane, and they are about one arcminute across, which pales in comparison to the moon's diameter of 31 arcminutes. "Alternatively, they may depict some remnant of a earlier outflow from a radio galaxy".

Kristine Spekkens, an astronomer from the Royal Navy Faculty of Canada and Queen's University, advised the science site that the objects surface to be something not but probed.

"It could also be that these are an extension of formerly known class of objects that we haven't been equipped to take a look at", she mentioned.

The astronomers stated that the four ORCs are only visible in radio wavelengths. Not emit light, making them invisible to optical telescopes.

EMU's goal is to try to understand how the stars and galaxies were first formed, and how they evolved to their present state. Two of them are relatively close together, which may indicate some relation. Check These SpaceX Launch Memorabilia Out! "We, therefore, consider it likely that the ORCs represent a new type of object found in radioastronomy images".

Initially, the researchers thought it might have been a glitch or perhaps an issue with the instrument but, follow-up observations of ORCs 1 and 2 using the Australia Telescope Compact Array also confirmed the objects.

The ASKAP uses 36 dish antennas that work in tandem to watch the night sky with a wide-angle view. The discovery helped the astronomers confirm that the ORCs were real and that it wasn't an issue with the telescope or the data analysis. But additional operate is necessary to study the nature of ORCs and come across out additional about these objects.

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