Stellar associations are large groupings of loosely bound stars that have not yet completely drifted away from their initial formation site.
Read more: https://www.eso.org/public/news/eso1510/ 🔭
📷 ESO
#Flashback
Stellar associations are large groupings of loosely bound stars that have not yet completely drifted away from their initial formation site.
Read more: https://www.eso.org/public/news/eso1510/ 🔭
📷 ESO
#Flashback
Real conspiracies:
To: conspirator
From: famous person
Attachment: evidence.png
Real conspiracies:
To: conspirator
From: famous person
Attachment: evidence.png
Plus he rightly calls for regulatory change, not just individual consumer action
www.theguardian.com/technology/2...
Plus he rightly calls for regulatory change, not just individual consumer action
www.theguardian.com/technology/2...
Me and all my colleagues with years of experience
Still get confused between `ln -s` and `ln` daily.
Me and all my colleagues with years of experience
Still get confused between `ln -s` and `ln` daily.
Read more: https://www.eso.org/public/images/IMG_0047-CC/
📷 Sangku Kim/ESO 🔭
Read more: https://www.eso.org/public/images/IMG_0047-CC/
📷 Sangku Kim/ESO 🔭
Me managing a huge project: “Oh. OH. This is really hard…”
Me managing a huge project: “Oh. OH. This is really hard…”
cc: Sen. Bill Cassidy
He had to carry it on the train to and from the office, until it was eventually replaced with a IBM PC Convertible.
He had to carry it on the train to and from the office, until it was eventually replaced with a IBM PC Convertible.
So to celebrate, here’s a handy chart ✨
Just how chonky are these black holes? 🤔
So to celebrate, here’s a handy chart ✨
Just how chonky are these black holes? 🤔
You see those thick clouds of dust? They are being bombarded by the UV radiation from nearby stars, and are likely to be destroyed before they can collapse and form new stars.
You see those thick clouds of dust? They are being bombarded by the UV radiation from nearby stars, and are likely to be destroyed before they can collapse and form new stars.
Because at any time like this for world news what everyone needs is a nerd whose wheelhouse it is livetweeting the process of finding out.
Because at any time like this for world news what everyone needs is a nerd whose wheelhouse it is livetweeting the process of finding out.
Jiaqi Ying et al. measured M15's age with 3% precision. This group of stars formed *immediately* after the Universe did.
arxiv.org/abs/2505.02969
🔭🧪 #stars
Jiaqi Ying et al. measured M15's age with 3% precision. This group of stars formed *immediately* after the Universe did.
arxiv.org/abs/2505.02969
🔭🧪 #stars