Supa_ Stirner

bio

[Supa_ Stirner @Supa_Stirner]

Si vous avez un drapeau d'un état dans votre bio, allez parler ailleurs !

[Anarchy in Gray @AnarchyorDeath1]

A population with nothing to lose has nothing to fear.

#Anarchism
#Anarchist
#NoMasters
#Anarchy

[Space 8K @uhd2020]

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[Anomalous reality @spacevibex]

The Perseid Meteor Shower radiating across the Milky Way above Kolonica Observatory, Slovakia.🌌☄️

[Alienigena11 @Madriles6211]

Comet R3: an Orion Comet © © © https://t.co/Mihshpcvpt

[木村友輝 | Yuki Kimura @yukikimura133]

いいすね

[amote45F @amote45F]

上野

[スゥ〜ちゃん（雑感）🛹🍄🛸 @emYACrNgACronop]

朝まで仕事がんばるyo

[←HAGE→ @H4g3_3]

いつの間に...?

[Mike Bones @mrmikebones]

Bad Brains "Attitude"

H.R. kicks off with a stage dive into the crowd at the Roxy Theater in Hollywood before picking up the mic. Legendary hardcore.

[SATONER(サット @SATONER_graff]

Hick 田舎者

[Universal-Sci @universal_sci]

A breathtaking view of the Ring Nebula (a.k.a. M57)

(Credit: ESA/Webb, NASA, CSA, M. Barlow/University College London, N. Cox (ACRI-ST), R. Wesson/Cardiff University)

[スゥ〜ちゃん（雑感）🛹🍄🛸 @emYACrNgACronop]

しごおわ

[Universal-Sci @universal_sci]

This amazing Hubble portrait of the globular cluster Terzan 12 shows how interstellar dust in the Milky Way scatters and reddens starlight, exposing the intricate relationship between stellar colour, age, and cosmic dust.

Credit: NASA, ESA, ESA/Hubble, Roger Cohen (RU)

[Black Hole @konstructivizm]

A single teaspoon of matter could rest lightly in the palm of your hand—or crush you under a weight heavier than Mount Everest. This mind-bending transformation, depending on where in the cosmos that teaspoon comes from, stands as one of the most jaw-dropping extremes in all of science. It’s not just surprising; it feels almost like magic, because the exact same volume of stuff behaves in ways that defy everything we experience here on Earth.Back home, matter is reassuringly familiar. A teaspoon of water weighs a gentle 5 grams. Iron tips the scales at around 39 grams. Ordinary rock sits in the middle at about 27 grams. These are the everyday densities we measure in labs and geology classes—the comfortable baseline of our universe.But venture out into the stellar graveyard, and the rules shatter.White dwarfs—the shrunken corpses of Sun-like stars—squeeze roughly 1.4 solar masses into a sphere the size of Earth. Their material is so compressed that a single teaspoon would weigh 5 to 15 tonnes, as heavy as a fully loaded truck. This isn’t science fiction; it’s confirmed by decades of astrophysical models from NASA and European space observatories tracking stellar evolution.Then comes the true monster: the neutron star.Born in the cataclysm of a supernova, these beasts cram more mass than our entire Sun into a sphere just 20 kilometers across—about the width of a city. Here, atoms don’t just get squished; they are obliterated. Electrons slam into protons to form neutrons, and the resulting material reaches insane densities. One teaspoon of neutron-star stuff would weigh around 10 billion tonnes—roughly the mass of Mount Everest.The deeper you go into stronger gravity, the more alien matter becomes. Normal atoms dissolve. Familiar chemistry vanishes. Density stops being a simple number and turns into something almost unrecognizable, a dramatic reminder that the universe plays by rules far wilder than our earthly intuition can handle.

[WARBE125 @Drop125qsx]

空き時間あったので

[جبهه آنارشیستی‌- Anarchist Front @AnarchyFront]

اخبار افغانستان

هرات دیروز

[Black Hole @konstructivizm]

The clearest image of Mars ever taken!

[Anomalous reality @spacevibex]

Venus and Pleiades

[VERYONE @onevery]

札幌駅チカにペイントしました！