Maybe I am...a bird??

"Scurries or flaps laboriously away when disturbed."

I recently discovered this *memento mori* tradition called "calaveritas literarias", little irreverent poems for the Mexican Day of the Dead that can feature caricatures of famous people. I figured the fine folks who originated this tradition might approve.

(All credit to @nickabocker for the verse. Translation:
With colored bricks,
and imaginary cement,
He built his wall,
in his millionaire's backyard.)

introducing mastodon to my periodic series,
'songs that aren't shoegaze but you could sneak onto a playlist without getting banned from the subreddit'

kicking off with this stone banger from Love & Rockets

https://music.youtube.com/watch?v=nZCOs891IOE&si=D8qfgRBIH-emznE8

helpful link about turning off AI tools on various platforms

https://www.consumerreports.org/electronics/artificial-intelligence/turn-off-ai-tools-gemini-apple-intelligence-copilot-and-more-a1156421356/

Close but no cigar.

#photography #birds #backyardbirds #nature #wildlife #bluejay #molting

They've found a truly huge black hole! It's in the massive galaxy in the middle here, called the Cosmic Horseshoe. The blue ring is light from a blue galaxy behind the Cosmic Horseshoe, severely bent by gravity.

This black hole is 36 billion times the mass of the Sun. It's not just 'supermassive': any black hole over 10 billion times the Sun's mass is considered 'ultramassive'. Not many have been found.

To me the coolest part is that the Cosmic Horseshoe has swallowed all the other galaxies in its group - it's part of something called a 'fossil group'.

Our galaxy, the Milky Way, is part of a group too: the Local Group. Many smaller galaxies have already fallen into ours. Eventually the Milky Way and Andromeda may collide and form a single bigger galaxy. This will be an 'elliptical' galaxy - too disorganized to have spiral arms. So it's not surprising that if you wait long enough, galaxy groups form a single big elliptical galaxy which eventually eats the rest.

Some ancient galaxy groups have already done this, and they're called 'fossil groups'. The Cosmic Horseshoe is the big bully in a fossil group: it's 100 times heavier than the Milky Way. It's surrounded by a halo of very hot gas, 10 million degrees. But most of its mass can't be explained by stars, gas and dust, so we say 90% is dark matter. All this is completely typical of a fossil group, except the Cosmic Horseshoe is bigger than average.

Fossil groups show us what the future will be like. Big galaxies will eat the rest, and big black holes at the center of these galaxies will eventually eat most of the matter. Dark matter - whatever that is - takes longer to fall in. But there's plenty of time.

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