Ludwig von Mises & the Regression Theorem: Why Money Needs a Past Ever wonder how something becomes money in the first place? Ludwig von Mises answered that nearly a century ago with what’s now known as the Regression Theorem. The problem is this: For people to accept something as money today, they need to believe others will accept it tomorrow. But where does that initial value come from? Mises explained it like this: The value of money today comes from the value it had yesterday. That value yesterday came from the day before—and so on. But this can’t go back forever. Eventually, we regress to the point where the good wasn’t used as money at all, but as a commodity with real, non-monetary value. Gold, for example, had industrial and ornamental value before it was used as money. That prior use gave it a baseline value people could trust—so it could take on monetary properties over time. Mises’ theorem answers the chicken-and-egg problem of money. Money doesn’t come from thin air. It evolves, rooted in real-world demand, long before it becomes a unit of exchange. So how does this relate to Bitcoin? Bitcoin skeptics often argue that it violates the regression theorem because it had no “commodity use” before becoming money. But early Bitcoin adopters did value it—first for its digital scarcity, then as an uncensorable payment network, and eventually as a hedge against fiat debasement. Its utility as a decentralized, permissionless system gave it the spark. Market adoption did the rest. The regression theorem doesn’t disqualify Bitcoin—it explains how it crossed the bridge from novelty to value. Bitcoin created a new kind of digital commodity: pure scarcity, secured by math and energy. #Bitcoin image
Bitcoin: The Hardest Money Ever Created Bitcoin’s foundation is proof-of-work—a system where miners compete to solve a cryptographic puzzle. The first to solve it gets to add a block of transactions to the blockchain and is rewarded with newly minted Bitcoin and transaction fees. This process isn’t just about minting coins—it’s about securing the network through raw computational power. But Bitcoin doesn’t just rely on mining to maintain integrity—it also adapts. Every 2,016 blocks (approx. 2 weeks), the network adjusts the mining difficulty to ensure blocks are found roughly every 10 minutes, regardless of how much computing power is on the network. More miners? The puzzles get harder. Fewer miners? They get easier. This is the difficulty adjustment, and it’s what keeps Bitcoin stable, predictable, and resilient. This combination of proof-of-work and difficulty adjustment creates a system of money that is not only decentralized but also incorruptible. It costs real-world energy to produce each coin—tying digital scarcity to physical resources. That’s why Bitcoin is often called “the hardest money to ever exist.” Unlike fiat, you can’t print more at will. Unlike gold, it’s infinitely divisible, instantly transferable, and provably scarce. At its core, Bitcoin operates on a principle that flips traditional finance on its head: don’t trust, verify. Every transaction, every coin, every rule—it's all enforced by code, not by central banks or governments. There are no backdoors, no bailouts, and no one you need to trust. Just math, energy, and consensus. That’s the brilliance of Bitcoin. 100% verification. 0% trust. The first money that is truly sovereign, secured by physics, and governed by code. #Bitcoin image