And there it is, eCash for e-commerce.
Gonna be one hell of a decade. nostr:note1kknqpfn5m8vu02wu5spfxkujkgxlvf8hex447chtn2d62uvwylaqw9hpku
Finally got streaming Bitcoin And . . . to YouTube working. Not sure what was broken.
#BONO nostr:note1g6h9kderzmvxyep29gdt3yjujlfeks053fhx7rd9wkldmxteqzcszjkmfk
Staunched Outflows Ep862 of The Bitcoin And . . . Podcast is LIVE! on Fountain
Staunched Outflows
Episode 862 of Bitcoin And . . . is LIVE!
Topics for today:
- LN Want Braiins!
- GBTC Lowest Outflow in Weeks
- Microstrategy Shrinks BTC Supply More
- Opensats' Fourth Wave of Grants
- Noogle My Hugle
#Bitcoin #BitcoinAnd
Fire Drives Life
Early humans learned to harness fire, using it to herd game animals directly into their clutches. They noticed that areas scorched by fire later blossomed with an abundance of edible plants and fungi. Trees within these burned zones yielded more nuts than usual, and even areas previously barren of nut trees began to grow them post-fire.
Fire shapes much of Earth's terrestrial ecosystems, playing a crucial role in their ongoing vitality.
The Biochar Solution by Albert K. Bates
Carbonates: Where Carbon Goes to Sleep
Imagine this: a whopping 100 quadrillion (that's 10^15) tons of Earth's carbon decided to throw a party and turned up as carbonate, a snazzy little formation featuring one carbon and three oxygen atoms in a flat, planar cluster. It's like carbon went, "Why hang out with four atoms when I can have a blast with just three?" And voilà, carbonate was born, striking a pose much like graphite.
But wait, there's more! You're already familiar with some of carbonate's alter egos: Limestone, dolomite, marble, and even baking soda. Yep, when it comes to carbon's favorite Earthly disguises, carbonate is the life of the party. And let's not forget concrete—without limestone, there'd be no concrete jungles to admire. So, next time you're marveling at a concrete masterpiece, just remember: CO3 is the real star of the show.
The Bitcoin And . . . Podcast will go LIVE! at 10:30 am PST (Pacific Standard Time)
Join a few minutes early to enjoy some music provided by nostr:npub1yfg0d955c2jrj2080ew7pa4xrtj7x7s7umt28wh0zurwmxgpyj9shwv6vg. Use the QR codes in the Live Stream to boost the artist with Sats! #V4V
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It’s abominable!
Good morning.
CO is poisonous to all mammals and highly flammable.
CO2 is a deadly greenhouse gas and is going to kill us all.
CO3 (carbonates) has the potential to release quadrillions of tons of oxygen into the atmosphere and kill humans and all plants.
We need to declare War On Oxygen and get rid of it all!
I think some shorts just got shitted.
SICK!
nostr:note153mv3c32evncuegx87xyuv5g8yvgea9svg9ke3x6ua84cshqc5gqssdhe4
Right this way, Sir! Your bloodbath awaits. nostr:note1c40adrsev3awyn6dhgyuskzc5ll70rsa4v9yl95ugdkzpu8qatcqukeuf8
Two different HAs.
Humic acid takes on every possible configuration conceivable. It’s a rabbit hole all of its own. We don’t really understand it and we can barely characterize it. What you’re looking at is a representation . . . at best.
Wait until you see carbon in action in the soil.
Humic Acid:
For now the trading bros think selling after market close is some brilliant, strategery that only they know about . . . and then they'll realize, "oh F#&K! We've been selling our limited supply into the most liquid market in the universe!"
We'll let the suckers wash out to sea and then, after they're gone, the real fun will begin.
Graphite: Carbon's Second Build
Graphite and diamonds, both born from carbon, diverge dramatically beyond their shared origins. Imagine the humble graphite in your No. 2 pencil and the dazzling diamond cutting through glass or drilling deep into the Earth's crust. One is soft and opaque, leaving its mark on paper with the slightest pressure, while the other boasts unmatched hardness and clarity.
This dramatic difference springs from their unique structural blueprints. Despite the unchanging strength of carbon-carbon bonds, the material's resilience hinges on how these atoms arrange themselves and the number of connections each carbon atom forges.
Graphite's carbon atoms opt for a minimalist approach, bonding with just three neighbors. This choice spawns flat, planar sheets that, when brushed against paper, peel away effortlessly, much like fanning a deck of cards across a table.
Thus, from the same elemental foundation, carbon unfolds into entities with wildly divergent destinies, all thanks to the architecture of their atomic bonds.
Graphite and diamonds, both born from carbon, diverge dramatically beyond their shared origins. Imagine the humble graphite in your No. 2 pencil and the dazzling diamond cutting through glass or drilling deep into the Earth's crust. One is soft and opaque, leaving its mark on paper with the slightest pressure, while the other boasts unmatched hardness and clarity.
Graphite: Carbon's Second Build
This dramatic difference springs from their unique structural blueprints. Despite the unchanging strength of carbon-carbon bonds, the material's resilience hinges on how these atoms arrange themselves and the number of connections each carbon atom forges.
Graphite's carbon atoms opt for a minimalist approach, bonding with just three neighbors. This choice spawns flat, planar sheets that, when brushed against paper, peel away effortlessly, much like fanning a deck of cards across a table.
Thus, from the same elemental foundation, carbon unfolds into entities with wildly divergent destinies, all thanks to the architecture of their atomic bonds.