doombringer

Doombringer Phantom | #VALORANT

NEW DOOMBRINGER PHANTOM + FINISHER // #VALORANT

-- VOICE LINES Doombringer voice lines!

can’t spell doombringer without “demo”

Doombringer Phantom and Finisher // #VALORANT

CEO with her little y/n #brightsky #brighteyes #telamon #builderman... #dussekar #doombringershow more

well.was asking a friend who doombringer was and he... showed me this . I liked his voiceshow more

Today, we're introducing BTKN. We've spent months perfecting the... UX for Bitcoin tokens. BTKN is the culmination of everything we've learned along the way. Details soon.show more

Spark is now live on Privy. Developers can now... build world-class wallet UX on Spark using Privy’s SDKs. Like our friends at Guap, one of the fastest-growing remittance apps in the Caribbean.show more

Today is a good day. Wallet of Satoshi is... launching on Spark. > The largest Lightning wallet > Back in the U.S. > Fully self-custodial > Powered by Spark (but you won’t even notice) Beta is here. Who wants in?show more

The top launchpad on Bitcoin Luminex is building again.... This time on Spark. Soon.show more

can we all agree this haruto and jihoon part... is so addicting???!! 😭☝🏻☝🏻☝🏻show more

The iconic green subway entrance railings and globes have... been a fixture of New York City for decades. Now they're orange and blue. And for the first time, the globes are basketballs. Finals week hits different in New York.show more

🚨 A MAJOR BARRIER TO TURNING CO₂ INTO USEFUL... FUEL MAY HAVE JUST FALLEN. Scientists have developed a new catalyst that triples methanol production while solving a decades-old chemistry trade-off. For years, researchers trying to turn carbon dioxide into methanol (a valuable fuel and chemical feedstock) have faced an annoying trade-off: at lower temperatures the reaction is more efficient, but CO₂ is hard to activate. Raise the temperature to speed things up, and you get more unwanted carbon monoxide instead of methanol. A team at the Dalian Institute of Chemical Physics has now broken this deadlock. By redesigning the catalyst so that different reaction steps happen on spatially separated active sites, they achieved a space-time yield of 1.2 g of methanol per gram of catalyst per hour roughly three times higher than standard commercial Cu/Zn/Al catalysts. Why this matters: • Methanol from CO₂ is seen as a key route for carbon recycling and producing sustainable fuels and chemicals • The new design dramatically improves both activity and selectivity at the same time • It reduces the formation of carbon monoxide byproduct while keeping hydrogen dissociation efficient • This kind of catalyst improvement is essential if we want CO₂-to-fuel processes to become economically viable at scale The deeper implication: Converting CO₂ into useful products has always been limited by fundamental chemistry trade-offs. By cleverly separating reaction steps across different parts of the catalyst, this work shows we can overcome those limitations without needing extreme conditions or exotic materials. It’s a practical step toward making carbon capture and utilization more efficient turning one of our biggest waste products into something valuable instead of just burying it. We’re getting closer to catalysts that don’t force us to choose between speed and cleanliness. How important do you think breakthroughs like this will be for scaling up carbon-to-fuel technologies in the coming years? Follow for more frontier chemistry, catalysis, and carbon utilization research.show more

STORMZY!! WHAT A GOAL 🤩

good morning I just blessed u with my presence

👤: “mark-ssiii~ have you been well? it’s been a... whileee~” 🐯: “it’s been a whileee *giggling*” 👤: “why- why are you shy- ㅋㅋㅋ“ 👤: “oh it’s CEO now~! CEO Mark!!” AAHHHDHSJSHAKSK dispatch noona is so real 😭😭😭show more

Little sand crab rolling sand into tiny balls

Twitter do the job and find me her @

if anyone needs me, i’ll be losing my mind... in peace 😇 #RevengedLove #逆爱show more