Ohmart

⚡️The next great economic divide will be between those who own productive energy and those whose labor that energy can replace. That is where the implications of this chart become extraordinary. For thousands of years, human beings were indispensable to production. Energy powered tools, but people supplied the intelligence, judgment, and coordination required to operate them. AI changes that relationship. A megawatt of electricity increasingly powers something capable of performing intellectual work. Connect that intelligence to robotics, factories, logistics, and automated infrastructure, and electricity begins substituting for an expanding range of human labor. For the first time, economic output can grow dramatically without requiring a corresponding increase in human participation. Now consider what happens to bargaining power. Historically, nations needed productive citizens to become wealthy. Education, employment, wages, and population growth were essential economic inputs. An advanced automated economy can increasingly generate output through capital, energy, and machine intelligence. The government collects taxes. Corporations generate profits. GDP expands. Meanwhile, the economic necessity of employing large numbers of people diminishes. A country could become richer than any civilization in history while an increasing share of its citizens becomes economically unnecessary to its production system. That is the contradiction this chart cannot capture. And the ownership question becomes decisive. A person who owns power generation, automated production, computing infrastructure, or equity in the companies deploying them possesses claims on increasingly autonomous output. A person who owns only their labor faces competition from machines whose capabilities improve while their operating costs decline. That can produce extraordinary prosperity alongside extraordinary concentration of wealth. The decisive variables will be productive energy availability, machine efficiency, infrastructure ownership, and who receives the resulting income. And here’s the conclusion: Humanity is approaching a point where the machinery of civilization can become increasingly productive without needing most of humanity to operate it. That could liberate billions from compulsory labor. It could also concentrate economic power among those who own the machinery. The physical constraint is energy. The political constraint is ownership. The question that will define the next century is whether humanity owns the intelligence-powered civilization it creates, or merely lives inside an economy owned by someone else.

⚡️The United States is becoming increasingly dependent on protecting the market for its own debt. Follow that to its conclusion. The dollar system rests on a peculiar arrangement. Washington issues liabilities, and the rest of the financial system treats those liabilities as its safest collateral. Banks finance against them. Dealers warehouse them. Foreign institutions hold them. Trillions in leverage depend on their liquidity. That gives the United States extraordinary power. It also creates a vulnerability. The issuer of the world's safest collateral cannot afford to let that collateral become structurally difficult to trade. As federal debt expands, the market must absorb increasingly large quantities of Treasury securities. If private buyers demand higher yields, Washington's financing costs rise. Those higher costs compound the fiscal problem that produced the issuance. The feedback loop can eventually turn against the government itself. Here is where it gets consequential. • The Treasury has every reason to manage issuance, maturity mix, and trading liquidity more and more aggressively. • The Fed has every reason to keep Treasury-market stress from spreading into the broader financial system. Over time, those two goals merge. The government's financing needs start shaping monetary policy, even without anyone formally giving up Fed independence. That is the shift to watch. This particular $6 billion buyback is routine debt management. It doesn't prove the shift has happened, and it doesn't automatically add money to the system. But the long-run direction is clear: persistent deficits, rising refinancing needs, and a financial system built on Treasury collateral create lasting pressure for more government intervention. And that is where Bitcoin enters. If protecting the government's ability to finance itself ultimately requires sustained easy money, negative real yields, or a weaker currency, scarce assets that no government can print gain a structural advantage. The biggest future Bitcoin catalyst may be the moment preserving the Treasury market becomes more important than preserving the purchasing power of the dollar Treasuries are paid in.

⚡️The real shift is that money itself is about to become an autonomous software decision. Humans currently decide what counts as savings through culture, institutions, fear, habit, regulation, career risk. Machines do not inherit those attachments unless humans deliberately hard-code them. Give an autonomous agent revenue, expenses, liabilities, a treasury balance, and a long enough planning horizon, and eventually it has to answer one primitive question: Where does unused purchasing power live? That question gets answered millions of times per second by policy, not emotion. For operating capital, dollars win. Stablecoins are machine-readable dollars with instant settlement. For yield-bearing reserves, tokenized Treasuries win a large share. For capital that needs to survive outside an issuer, jurisdiction, maturity schedule, or discretionary monetary policy, Bitcoin becomes the obvious candidate. That creates a monetary stack that looks increasingly machine-native: stablecoins for transactions tokenized government debt for yield Bitcoin for sovereign reserve And here is the part that could become enormous. Once agents become economically autonomous, Bitcoin demand can detach from human attention entirely. An agent earns $100,000. Expenses require $40,000. Liquidity buffer requires $20,000. Treasury policy automatically allocates some fraction of the remaining $40,000 into long-duration reserve assets. Then another agent does it. Then ten million. Then industrial robots. Autonomous companies. Personal AI corporations. Machine-run marketplaces. Software entities earning from other software entities. Nobody needs to wake up bullish. Nobody needs to watch a halving. Nobody needs Michael Saylor to explain anything. The accumulation becomes background computation. That is a radically different monetary regime because human speculative demand is episodic. Machine treasury demand can be continuous. The deepest implication is that Bitcoin may eventually become the first major asset whose marginal buyer is partly nonhuman. And once that happens, the old framing of Bitcoin as a human belief asset starts breaking down. Its monetary premium begins coming from something colder: software choosing the asset because the rules survive inspection. Fixed supply. No issuer. No bankruptcy. No board. No country. No closing hours. No maturity. No permission required at the protocol layer. A machine does not need the mythology of digital gold. It can simply compare monetary objects. That is where this gets almost eerie. Bitcoin was designed before autonomous economic agents existed, yet its architecture happens to look unusually compatible with an economy populated by them. A bearer asset that machines can verify themselves. A monetary policy expressed in code. A settlement system that never sleeps. A supply curve requiring no trust in another mind. That combination may turn out to have been waiting for a user class that did not exist when Bitcoin was created.