🇨🇳 BREAKING
China declares a full-scale crackdown on cryptocurrencies:
• No legal recognition of crypto as “money”
• Any crypto-related business = financial crime
• Complete ban on foreign crypto services operating inside China
Marx and Lenin predict the gruesome extremes the bourgeoisie will go to in order to feel something. Stalin, Mao, and now Xi Jinping are the only ones who know how to handle them.
They’ve been stuffing their stomachs with human flesh and they’ve been stuffing their pockets with money, but they must realise this ball of vampires is about to end
🚩Euskal Herriko 10.000 pertsonatik gora faxismoaren eta estatuen autoritarismoaren aurka mobilizatu gara.
Estatu autoritarioari Estatu Sozialista kontrajarri behar diogu, horretarako antolakunde komunista handiak eta langileon euste-horma eraikita.
GAZTE LANGILEOK BORROKARA!
holy sh*t. this is hands down the coolest website i have ever found in my life. it's a live feed of the freaking Hubble Telescope AND James Webb Space Telescope. and the resolution is honestly so incredible i didn't think it was real.
unbelievable.
https://t.co/YQNsG9TVwe
🚨 CERN Just Found a New Building Block of the Universe
Imagine opening the universe and finding a new way matter can exist. That’s exactly what scientists at CERN have just done. Deep underground, using the CMS detector, researchers studied some of the rarest and strangest particles ever seen — called tetraquarks. These particles are made from four heavy pieces of matter, not the usual two or three we learn about in school.
What makes this incredible for space lovers is that these extreme particles are born in conditions similar to the early universe, right after the Big Bang. Scientists closely observed three of them — X(6600), X(6900), and X(7100) — and for the first time understood how they spin, how stable they are, and what keeps them together. The surprise? These are solid, tightly packed objects, not weak or temporary formations.
In simple words: the universe knows how to build matter in more ways than we ever imagined. The same powerful force that holds stars, planets, and atomic nuclei together is showing a new hidden side. For decades, scientists only guessed these particles might exist. Now we are watching nature reveal its secret blueprint.
Why does this matter for astronomy? Because understanding these particles helps us understand how matter formed after the Big Bang, how extreme cosmic environments work, and what rules the universe truly follows. This discovery is not just physics — it’s a window into the deep architecture of the cosmos. 🌌