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E153: The Great Capital Shift: Bitcoin, AI, & The Importance of Personal Branding w/ @RobinSeyr
@RobinSeyr is one of the hardest-working Bitcoin podcasters in the space. His mission is clear:
"I will not shut up about Bitcoin until it’s the base layer of the financial industry."
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Following Saturday's post, the distinction that does the actual work:
Miners order transactions. Nodes decide what's valid.
A miner can burn every watt on earth producing a block that prints itself 100 coins. Every node drops it on the floor. Enforcement lives with whoever runs the software.
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Jan 2009: Hal Finney tweets "Running bitcoin." The next day Satoshi sends him 10 BTC in block 170, the first bitcoin transaction between two people.
Bitcoin OGs #1: his path from PGP to ALS to Alcor, and why his name keeps coming up.
halvingreport.com/blog/bitco…
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You will never own a whole bitcoin, and that was never the unit anyway.
There are 100,000,000 satoshis in one BTC. Around 2.1 quadrillion in total, split across everyone who will ever hold any.
Thinking in sats makes the math feel normal again. Converter is on the site: halvingreport.com
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Bitcoin has no admin.
No one can freeze an address, reverse a confirmed transaction, print an extra coin, or raise the 21 million cap without convincing tens of thousands of independent node operators to voluntarily run new software.
That isn't a feature. That's the product.
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A miner is a space heater that gets paid.
An ASIC turns nearly all the electricity it draws into heat. If you were heating the room anyway, the true cost of that hashrate is the gap between your power price and the fuel you'd have burned instead.
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Every halving, the same thing happens to miners:
Revenue per block halves overnight. Costs don't. The least efficient rigs go dark. Hashrate dips, difficulty adjusts down, and the survivors mine cheaper blocks.
The network doesn't defend miners. It rebalances around them.
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The first 50 bitcoin ever created can't be spent.
The genesis block's reward was never added to the list of spendable coins. Quirk or choice, nobody but Satoshi knows.
Block 0 is permanent, and permanently locked.
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Follow-up to this morning:
"Ten minutes on average" does not mean ten minutes. Blocks arrive on a random schedule. You'll see a 2 minute block and a 40 minute block in the same afternoon and nothing is wrong.
Mining is a memoryless lottery. The clock only shows up across thousands of draws.
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Why 10 minutes?
Long enough that a new block reaches the whole network before the next one is likely found, which keeps orphans rare. Short enough to still be usable.
It's a latency compromise, set in 2009 and never touched since.
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Every 2016 blocks, roughly two weeks, the network checks how long the last stretch took and changes how hard mining is.
Too fast, it gets harder. Too slow, it gets easier.
No vote, no meeting, no committee. It is the one part of Bitcoin that quietly fixes itself.
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Questions worth asking before the next exploit, not after:
Do you know your wallet's backup standard?
Have you ever restored from your seed onto a second device?
Would a fire, a flood, or a curious relative end you?
An untested backup is a rumor.
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Pulling this one back up.
The conviction is the easy part to quote. The harder part is what @RobinSeyr actually does with it: showing up in person, in rooms that don't care yet, over and over.
Adoption has always been a travel and talking problem more than a technology problem.
nitter.net/HalvingReport/status/2…
"I won't shut up about Bitcoin till it's the base layer of the financial industry."
— @RobinSeyr
When it gets there... what's left to say?
Full ep pinned 🎙️
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Following yesterday, the part that surprises people:
When you send 0.01 BTC out of a 0.5 BTC coin, the network doesn't subtract. It destroys the 0.5 and creates two new coins: one for the recipient, one back to you.
Your change is a brand new UTXO every single time.
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Your wallet balance is a polite fiction.
You don't have 0.4 BTC. You have a pile of separate UTXOs that add up to 0.4, and when you spend, your wallet picks which ones to break.
That's why your fee depends on how you got your coins, not just how much you're sending.
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One more on the cycle:
Every halving so far landed in a different world. 2012 was a hobby. 2016 was an exchange story. 2020 was a stimulus year. 2024 had an ETF three months ahead of it.
Same code, new audience each time. That's why the chart rhymes instead of repeating.
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Four year cycle talk usually skips the mechanism.
The halving doesn't move price. It cuts the daily supply of new coins in half. What price does next depends on whether demand shows up.
Supply is the part that's scheduled. Demand is the part that isn't.
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A follow-on to this morning:
Sats aren't a marketing rebrand. They're the actual accounting unit. Every transaction, every fee, every balance inside the protocol is denominated in them. "BTC" is eight decimal places of presentation.
The network has never once counted in whole coins.
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1 BTC = 100,000,000 sats.
Which means the unit that scares people off ("I can't afford a whole Bitcoin") is a formatting choice, not a barrier.
You have never had to buy a whole one.
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Worth resurfacing.
The strongest case for this isn't made in charts. It gets made in places where the local banking option is simply no.
@JimmyKostro has been building the classroom version of that for years, and the kids in that room did not arrive as speculators.
nitter.net/HalvingReport/status/2…
Huge respect to @JimmyKostro and the Bitcoin Learning Center in Chiang Mai for building this. Thailand is leading the way #Bitcoin
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