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JUST IN: 🇺🇸 US Senate Banking Committee releases crypto Clarity Act draft bill.

Let's pass the Clarity Act out of the Banking Committee on Thursday!

FYI, GameStop is now live for trading in Phantom 🎮

Terrestrial datacenters will increasingly be bottlenecked by permitted real estate space. Lots of space in space.

Imagine living in a society that spares the innocent and punishes the guilty, rather than the opposite.

GOLD is dumping while BITCOIN is pumping $BTC is the new digital gold of war

LATEST: 🇺🇸 Senator Tillis says the CLARITY Act is ready for markup, telling the Senate Banking Committee chair to "move forward" after weeks of delays.

ALUMINUM-LITHIUM: THE METAL THAT BEAT TITANIUM Titanium is usually hailed as the hero of the future. Indestructible, corrosion-proof, and abundant. It's the metal that launched a thousand dreams: skyscrapers that never rust, bridges that outlive civilizations, and bio-buildings that breathe and shift like living things. It’s all there, locked behind the Kroll process, a 1930s bottleneck we haven’t broken in nearly a century. But what if the real 21st-century metal snuck right past us? Enter aluminum-lithium. It's not as exotic, not as poetic. But it quietly delivers what titanium only promises: higher strength-to-weight ratio and affordability. Yes, you read that right. When it comes to aerospace and high-performance structures, aluminum-lithium alloys already outperform titanium in key metrics. Lighter. Stronger. Easier to manufacture. Recyclable. And unlike titanium, it doesn’t need a Cold War-era extraction ritual to escape from ore. This isn’t theoretical. Airbus, SpaceX, and Boeing have been using Al-Li alloys for years in aircraft frames and rocket bodies. Why? Because they want strength without weight, and they don’t want to pay titanium prices for it. So why aren’t our cities reflecting this? Why are our towers still clad in concrete and steel, aging like milk in the sun, instead of shimmering with ultra-light alloys that could last centuries? Because we’re stuck in a materials mindset that mistakes familiarity for inevitability. We wait for titanium to get cheaper instead of using what’s already better. We romanticize impossible alloys instead of engineering with the ones right in front of us. Aluminum-lithium is not perfect. It’s finicky to weld. It can be more brittle in extreme cold. But it doesn’t need to be perfect, it just needs to be good enough to change how we build. It’s time to stop treating buildings like disposable tech and start thinking in centuries. The Romans gave us aqueducts that still stand. We give our grandkids drywall and mildew. If we want the future to look like the future, we need to stop waiting for titanium to break free, and start building with the material that already did. Aluminum-lithium won the strength-to-weight race. Now it just needs architects to notice.