In fact there is not a single thing about this -or any other- planet out there that would make them human-habitable in anything but the most far-fetched sci-fi scenario. So why bother restating this in every article?@antialias_physorg
But does the term really fit for a gas giant?
but how would you detect whether such a planet is tidally locked? Surely such effects would be almost impossible to detect at distance. (I refer to the fact that the planet is claimed to be tidally locked in the article).@RNP
Circulation models of tidally locked hot Jupiters predict the presence of strong superrotating winds, which are responsible for the observed eastward shifts of thermal hotspots for hot Jupiters with infrared phase curveshttp://www.nature...016-0004
I hear what you are saying, but how would you detect whether such a planet is tidally locked?
it's based on modelsWell, i got my answer back and it essentially said the same thing
I wish! Unfortunately, not really. The current generation of telescopes isn't quite powerful enough to spatially resolve the atmosphere of a planet while also being sensitive enough to pick up the variations in that would indicate superwinds. Mostly, the best we can do is one or the other, get a few baseline measurements of the dayside, nightside, and perhaps the transition between them, and use them as guidelines for theoretical models, which get better and better every day.http://sites.psu....trolady/
antialias_physorg
Dec 12, 2016..as well as posionous atmosphere, crushing gravity, (likely) high radiation levels...oh, and a lack of solid ground to stand on. And that's only the start of it.
In fact there is not a single thing about this -or any other- planet out there that would make them human-habitable in anything but the most far-fetched sci-fi scenario. So why bother restating this in every article?