REPORT: Giant Star Betelgeuse Might Explode Soon; Astronomers Eagerly Awaiting Results

Source: C NET

Published: February 11, 2020

By: Eric Mack

Betelgeuse has been very volatile lately, and astronomers are watching to determine if it's terminal or just going through a phase.

Supergiant star Betelgeuse has been getting dimmer at an unprecedented pace over the past few months, leading some astronomers to wonder if it might be in the process of the collapse that precedes a supernova explosion. But there are other possible explanations, and we should have a better idea of what's happening to the massive star by the end of the month.


Veteran Villanova University astronomer Edward Guinan has been watching Betelgeuse for decades and reported earlier this month that the star appears to be "the least luminous and coolest yet measured from our 25 years of photometry."

An artist's impression of Betelgeuse and the plume of gas around it.ESO/L. Calçada

It's well known Betelgeuse has no more than about 100,000 years left to burn and could start its death throes just about anytime between now and then. When it does go supernova, it's expected to result in a dramatic light show that could be visible in daylight and appear brighter than the full moon for a few weeks. The last time humans were treated to such a sight was the 17th century.

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But as astronomer Tony Phillips points out on Spaceweather.com, the sudden fainting of Betelgeuse could also have less catastrophic explanations like a giant sunspot or clouds of stellar dust.

Perhaps the most boring explanation of all is that the star is just doing its thing. See, Betelgeuse is a well-known variable star that pulsates over a variety of time periods.

"This whole episode might just be a deeper-than-average pulsation, and perhaps the supernova watch can be called off," Phillips writes.

The most recent data from Guinan's team shows that Betelgeuse could be going through an extended 430-day pulsation. If this is the case, it should reach its dimmest point on Feb. 21 (with a margin of error of about a week on either side).

However, Guinan and colleagues note that Betelgeuse still appears to be even dimmer than it should be during such an extended pulsation. This could mean that there are multiple factors at work in the great fainting of the giant star.

"So something very unusual is going on," Guinan says.

Read more at: CNET.com

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