These 'failed stars' orbit so closely it took 29 years to tell they were a pair

Wow! The illustration showing the size comparison is completely wrong! Jupiter is NOT half the diameter of the Sun, but closer to 1/10. So how big are the brown dwarfs in comparison?
"An illustration shows a size comparison between the sun, a brown dwarf, Jupiter, and Earth (if you can spot it!). (Image credit: Robert Lea (created with Canva))"

LoL Space Robot, good catch. Perhaps the map is not to scale :)
 
It is customary to make size comparisons to scale. This is further evidence, in my book, Robert Lea is AI. His postings, as with all other news writers on this site, are riddled with errors that a human astronomer would instantly fix, but an AI would not know to fix. The TOTALLY wrong size comparison speaks volumes. Can Mr. Lea appear here to defend the cause of his error? Was it ignorance, an oversight, what? Some kind of computer glitch maybe? How did it get in here? Why do we have to put up with this kind of stuff? Where are the fact checkers?
 
Mar 13, 2023
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It is customary to make size comparisons to scale. This is further evidence, in my book, Robert Lea is AI. His postings, as with all other news writers on this site, are riddled with errors that a human astronomer would instantly fix, but an AI would not know to fix. The TOTALLY wrong size comparison speaks volumes. Can Mr. Lea appear here to defend the cause of his error? Was it ignorance, an oversight, what? Some kind of computer glitch maybe? How did it get in here? Why do we have to put up with this kind of stuff? Where are the fact checkers?
Used a NASA diagram for reference. Shame people got so hooked up on an image. Any errors are "human errors" showing I'm not a machine.
 
Oct 25, 2024
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"This latter tool revealed the redshift of one brown dwarf, the "squashing" of wavelengths of light that indicates an object is moving away from Earth, and the blueshift of the other failed star, a stretching of the wavelength of light indicating movement toward Earth."

According to my information, from the observer's viewpoint, redshift is wavelength stretching, and blueshift is wavelength squashing.