Saylor Says Money Is Energy. Here's What That Actually Means.

Start with the plainest version of Saylor's argument: money is a technology for storing the value you create through work, so you can spend it later, somewhere else. That's not a new idea — it's the textbook definition of money as a "store of value." What Saylor adds is a way to grade different kinds of money by how much of that value actually survives the trip.

Here's the everyday version. You work a shift, get paid $200, and put it in a drawer for a year. If prices rise 5% that year because of inflation, your $200 buys less than it did — some of the value you stored has leaked out, even though the physical bills never left the drawer. Saylor calls that leakage "entropy": anything — inflation, fees, taxes, theft, a bank freezing your account — that eats into the value you tried to preserve.

Gold is the classic example of low-entropy money on one axis and high-entropy money on another. Its supply can't be printed into existence overnight, which is why gold held value across empires and currencies for thousands of years. But try actually using that advantage: moving $10 million in gold bars across a border means armored trucks, insurance, customs declarations, and a real risk of seizure or theft along the way. Every one of those steps costs money or introduces risk — that's the physical friction Saylor's framework is pointing at.

Most people never touch physical gold anyway. They own a claim on gold sitting in a vault somewhere, which means trusting a custodian to have not lent it out twice or misplaced the paperwork — the same "trust me" problem that shows up whenever an asset is too heavy or bulky to hold directly.

Dollars solved gold's mobility problem — a wire transfer moves value across the planet in seconds. But that convenience came from handing control of the supply to an institution. The Federal Reserve can and does expand the money supply, which is a policy choice, not a natural law. If you held cash under a mattress through the high-inflation years of the early 1980s, or watched a weaker currency lose half its purchasing power in a single year during a crisis abroad, you've felt this version of entropy directly: the money didn't disappear, but what it could buy did.

Cash can also be frozen or blocked outright — ask anyone who's had a bank account frozen during a dispute, or a payment processor suddenly cut off a legal but unpopular business. The convenience of fiat money runs through institutions that can, and sometimes do, say no.

Bitcoin's pitch, in this framework, is combining gold's fixed supply with cash's ease of movement. A Bitcoin wallet has no mass — the same $10 million that needed armored trucks as gold can cross a border as twelve words memorized in your head, verifiable by anyone running a full node without asking permission from a bank or government. The supply schedule is public and enforced by proof of work rather than a central bank's monthly decision.

This is also why Saylor and other bitcoiners lean so heavily on the idea of digital scarcity — before bitcoin, anything digital could be copied infinitely for free, which is exactly why nobody could build "digital gold" out of a plain computer file. Proof of work is what makes a bitcoin expensive to fake and impossible to duplicate, giving a digital asset the one property only physical objects used to have.

None of this makes bitcoin risk-free — it's volatile, unevenly regulated across jurisdictions, and still young compared to gold's multi-thousand-year track record. The claim in Saylor's framework isn't that bitcoin is perfect money today. It's that judged specifically on preserving value across time and moving it across space, it's engineered to leak less than the alternatives most people actually use.

WHY IT MATTERS

Framing money as "energy" is a lens, not a proof — it's a way of comparing systems using one consistent question: how much of the value you put in comes out the other side? Whether or not you buy bitcoin as the endpoint, the framework is a useful gut-check on why gold, cash, and bitcoin behave so differently in the real world, and why "sound money" debates keep circling back to the same handful of properties.

SOURCES & DATA

Michael Saylor (@saylor) — original post on X ↗ What Is Money? The Saylor Series, with Robert Breedlove ↗

Opinion of the author. See his full bio and disclosures. Education, not financial advice.

TERMS IN THIS STORY

Digital Scarcity Proof of Work

Jason Viscosi