@frog_e_nomics @PeterLBrandt Read all his barrage posts this morning. He's on a doom binge.
I'm not talking about NGU. You may need to study Bitcoin further yourself if that's all you've learned from Bitcoin.
When you and I are in the grip of some people’s extinct nightmare last gasps it becomes robustly important to recognize the nightmare and guide it out of the darkness they created and into the light we will make.
You and I are the single candle that chases away their—darkness.
@bryan_johnson@XSherv The cardboard container isn't contributing to the higher count? Does it have any coating on it, that could come off when stirring with the metal spoon?
@BrianRoemmele You may not get as many replies as you need to motivate you, but I want this Brian.
The world desperately NEEDS this, even though they might not know it yet.
You are doing great work that will be appreciated for eons if you can get this right.
@BrianRoemmele "The world is changed. I feel it in the water. I feel it in the earth. I smell it in the air. Much that once was is lost....for none now live who remember it." - Tolkien
Rhea 👀 Very cool!
The Cassini spacecraft detected a very thin atmosphere known as an exosphere, infused with oxygen and carbon dioxide around Rhea in 2010. It was the first time a spacecraft directly captured molecules of an oxygen atmosphere — albeit a very thin one — at a world other than Earth.
The oxygen appears to arise when Saturn's magnetic field rotates over Rhea. Energetic particles trapped in the planet's magnetic field pepper the moon's water-ice surface. They cause chemical reactions that decompose the surface and release oxygen. The source of the carbon dioxide is less certain.
Oxygen at Rhea's surface is estimated to be about 5 trillion times less dense than what we have at Earth. But the new results show that surface decomposition could contribute abundant molecules of oxygen, leading to surface densities roughly 100 times greater than the exospheres of either Earth's moon or Mercury. The formation of oxygen and carbon dioxide could possibly drive complex chemistry on the surfaces of many icy bodies in the universe.
From the NASA website.
@BrianRoemmele I remember working in large chicken houses growing up. The lights are kept on constantly from the moment the baby birds arrive. It kept them active, and therefore, they would eat more = faster growth.
@ShardiB2@MicroStrategy What happens if the economy turns and we see numerous companies on the brink, desperate to stay afloat? Bitcoin is becoming an option for many these days.
Stop watching from the sidelines—own your AI.
With ASI-1 Mini & ASI <Train/>, you can invest, train, and profit. The old world of centralized models ends here.
https://t.co/VFAcrOLGUu