sourpatchlies

Camps in space

[kozmo @ 💕⚡!! STREAMER ERA??!! ⚡💞 @pikozumo]

study🔵

[VideoArtGame @VideoArtGame]

Illustration | Hand underwater

Artist: @NyoFuyu__

[BerryTwinz @berry_twinz]

Wip

[VideoArtGame @VideoArtGame]

Illustration | Knights of Guinevere

Artist: @Frozensoba00

[Interesting AF @interesting_aIl]

Scientists have created a synthetic cell from scratch for the first time in history

The cell can feed, grow, and divide like a natural cell

[pan @kamitokatachi]

人物の全身デッサン、服のシワの参考資料に

[Dee ⭐Working on Comm⭐ @PSDeeart]

old work redraw

[WALLPAPER SECRET VAULT 8K @kings7823]

House of Dragon

[𝕲𝖔𝖉𝖎𝖛𝖆 𝕲𝖍𝖔𝖚𝖑 @godiva_ghoul]

All the Right Things

[Horacio Altuna @HoracioAltuna]

Simone Bianchi

[soli @solisolsoli]

By Antonio Reinhard Wisesa

[Puni🐾 @Punipaws]

Some toriel between commissions

[Luigi Lucarelli ✝️ @LuigiL1985]

❤️❤️❤️

[이오 Io @kikicodomo]

Comopop work

[Beauty of Nature 🥀 @NaturalEye78321]

Istanbul, turkey 🇹🇷

[Black Hole @konstructivizm]

One Teaspoon, Infinite Extremes! Think a single teaspoon of matter is no big deal? Think https://t.co/JmERjF18J5’s how wildly density changes across the cosmos:Ordinary water → ~5 grams
Iron → ~39 grams
Earth rock → ~27 grams

Now leave Earth behind…A teaspoon of material from a white dwarf (the crushed core of a dead star) would weigh between 5 and 15 tonnes — about the mass of an elephant or a small truck.
But the true champion of density? A teaspoon scooped from a neutron star — the collapsed remnant of a supernova — would weigh an incomprehensible 10 billion tonnes. That’s roughly the mass of Mount Everest… in a single teaspoon.

These mind-bending extremes show what happens when gravity pushes matter to its absolute limits. In the hearts of dead stars, atoms themselves are crushed out of existence, creating forms of matter that defy everything we experience on https://t.co/DTL0DXPobs tiny spoon. Infinite extremes. The universe doesn’t just break records — it laughs at the very idea of what’s “normal.”

[verti @VERTIGRIS_ART]

Hot Days 💦