Nice find, and I love that people are finally pushing TESS data with new pipelines like SHERLOCK, but let’s not pretend this is a tidy three-planet slam dunk. The team confirms two transiting Earth-sized planets, the third is still a candidate. Headlines shouting “three Earth-sized” are doing a disservice to the work and to readers who assume confirmed means nailed down.
This is interesting for dynamics though, a binary with planets transiting both stars is rare and tells us something about formation and stability in tight binaries. Still, these are ultra-short period worlds around red dwarfs (2–3.5 day orbits), probably tidally locked, and we have zero masses yet. TESS pixels are big, so ground-based follow-up and precision near-IR RVs or high-res imaging are essential before we start talking about any Earth-like implications.
So yeah, cool system and worth chasing, but chill on the clickbait. Follow-up observations will be the real test, not reprocessed light curves alone.
What do you mean after all? Wasn’t it the consensus since forever that there was basically 0 chance of anything actually colliding because galaxies are mostly empty space? I’m pretty sure I read about that when I was a child.
What I like about this image is that this is probably the biggest object that I can compare to something I know, that I can “comprehend”. With 6 km wide, it is about the same size as Grenoble, a city I have seen from above while hiking. I can understand how far the picture looks from it, how small a human would be on it
I biked out to a park yesterday with my big binoculars but I’m still waiting for my tripod to show up so I just checked out the moon some. Thanks for posting.
The Pleiades and Hyades should still be fairly high in the sky, and make great targets for binoculars. I’m also VERY partial to the little beehive cluster in Canis Major (go to the first barely visible star down from sirius, along the dog’s spine, and move directly right from there). If they’re strong enough, the Orion Nebula also makes a great target. The regular beehive cluster is alright; it can be tricky in the city, but you should juuuust be able to see what kinda looks like a faint, blurry star just left of the angle of you make a right angle between Pollux and Procyon. There’s also a few binary stars that make good targets right now. You should be able to split the first bright star out from the cup in the handle of the big dipper into three stars.
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