The author and Bitcoin supporter is known for asking one notoriously tough question of each Bitcoin maximalist he meets. “How much would bitcoin be worth to the world if one person owned all of it?” Without exception and often after a long pause the answer is always the same. Nothing. It’s with that spirit in mind that he explores the consolidation of BTC and the recentralization of various facets of the Bitcoin network until it collapses or becomes worthless. In this article he explores protocol pools as a proxy to one person owning all of the BTC. The intent is to prove that if enough bitcoin is concentrated and not required to circulate, the network will naturally centralize until collapse. To prove this, he explores how human behavior in a capped economy will result in a “Reverse Collapse” due to lack of circulation of the base asset. In Bitcoin’s case, miners will not be paid sufficiently to sustain the entire network even when the cost of electricity reaches zero. This is because miners are paid only in bitcoin, its halving schedule creates logarithmic decay of the block subsidy, and transaction fee are stagnant instead of growing exponentially to take on the role of compensating miners properly as the years move on. In the end, the prediction is that the network may collapse long before the last bitcoin is mined in 2141 due to universal hoarding of the base asset. He hints at a solution call PermAFlow, which pressurizes the system and requires a small and proportionate amount of each wallet to “flow” periodically. The alternative to PermAFlow and Equilibrium Based Economics is the collapse or centralized control of any capped economy due to a very basic adversary. Greed.
Since August 2025, Bitcoin miners have experienced zero months of revenue from transaction fees above 1%. That small output from transaction fees includes the Lightning Network, and other L2s. These pools prevent or slow the peer-to-peer electronic cash from generating enough revenue to secure a decentralized mining network for 8 billion people. Satoshi Nakamoto outlined in his white paper over a decade and a half ago that transaction fees would sustain miners at some point in the future. His design enabled the initiation of a capped network but required addition velocity protocols to counter human nature and a phenomenon I have dubbed protocol pooling. BTCs capped supply without enforced circulation created short-term rewards for hoarding, but long-term guaranteed collapse without adjustments to its current protocols to account for fledgling ecosystems like Bitcoin's with a capped supply.
This article introduces Equilibrium Based Economics [EBE] and the Protocol Pool Problem: when assets concentrate in ETFs, treasury companies, sovereign funds, Lightning Network Channels, and as lost keys, they stop circulating on Layer 1 (L1); the result is starving miners of fees or the transfer of value from external economic systems into capped economies in the form of price appreciation.
I define five lemmas, formalize C21 [circulating 21] and MEIM3 [ the minimum economic incentive to mine], and apply a $0 electricity stress test. Even if electricity were free, the network would lose $4.85B per year in 2032 at today's prices and fees. At real power costs, Bitcoin would need to reach $553,000 to break even. This is Reverse Collapse - failure from over-hoarding, not over-printing.
Capped economies must build in a circulatory system to survive in perpetuity. Universal recirculation is the only way to ensure unlimited liquidity in a system that uses a form of money with a capped supply. If the recirculation rate can come into equilibrium with usage rates, humanity will achieve something special. We will have our first currency that doesn't inflate, moves value efficiently, and can't be hoarded out of existence among other issues. For now, we will examine protocol pools, which are part of the set of problems future iterations of digitally capped economies will overcome through clever programming that serves all of earth's inhabitants.
Protocols and Pools
A protocol is the set of rules that lets systems agree and interact.
A pool is any concentration of assets or control that stops circulating.
In capped systems like Bitcoin, protocol pools form when rules naturally or intentionally make assets collect and stagnate. Treasury companies, sovereign funds, ETFs, Lightning channels, and even lost keys all pull coins out of circulation. You don't own the coin, you own a claim. L1 only gets paid on open and close.
TIME and Information - We Are Already in the Satoshi Drought
95% of Bitcoin is already mined (C21). The remaining 5% (I21) will take 114 years to mine.
About 81% of BTC hasn't moved in six months. Of the 14% that could move, miners get less than 1% of revenue from transaction fees.
Since August 2025, there has not been a single month where miners earned more than 1% of revenue from transaction fees. This includes Lightning Network activity, which settles off L1 and does not pay miners. Over the last 30 days, fees were 0.64% of revenue. Over the last 90 days, 0.67%. Year-to-date 2026 average is 0.63%. We are already in the Satoshi Drought - the subsidy is all that is keeping miners alive.
After the next halving in 2028, mass miner shutdowns or consolidation becomes a certainty. 2028 will likely finish off most miners if they make it that far. If a big player with a money printer buys cheap mining gear and takes over hash rate, they can centralize the network.
The Rule of 51 (RO51) explains why the network will crash based on its own initial design. It doesn't account for basic human nature. It protects against inflation with a capped supply, but doesn't protect against hoarding until collapse of its security infrastructure. 2032 is the theoretical end of the line for any miner not tied to deep fiat pockets due to RO51.
The Five Lemmas
1. Capped supply without enforced velocity creates stagnation. Definition: Bitcoin enforces a hard cap on issuance, but no minimum circulation. Data: In a capped economy, rational actors assume value will rise against inflating fiat, so they hold. Holding is rewarded temporarily. Implication: A system that can only restrict supply, not ensure flow, trends toward hoarding, stagnation, then failure.
2. Stagnation creates protocol pools. Definition: A protocol pool = any legal, technical, or social container where coins concentrate and stop circulating on L1. Examples: (Micro)Strategy-style treasury companies, sovereign wealth funds, spot ETFs, custodial exchanges, Lightning channels, and lost keys.
Protocol Pooling occurs when rules, incentives, or systems built around a capped currency encourage increasing amounts of the asset to accumulate in structures that generate little or no recurring base-layer transaction activity.
Data: 95% mined. 81% unmoved 6+ months. Vast majority of the 21M has drained from circulation into smaller pools that collectively make sustainment impossible long-term. See Figure 1: Maintaining the Economic Incentive to Mine (MEIM3), in a Capped Economy.
3. Protocol pools enable coin capture. When C21 is dominated by protocol pools, MEIM3 fails. Definition: C21 = the circulating portion of the 21M that can pay fees. MEIM3 = Minimum Economic Incentive to Mine.
THE $0 ELECTRICITY TEST - Proof of Reverse Collapse
Even at zero cost of electricity, the Bitcoin mining network will atrophy until Reverse Collapse. Collapse from over-hoarding, not from printing too much, but from circulating too little.
Current facts, Oct 29, 2026: BTC ∼$80k, Subsidy = 3.125 BTC, Avg fees = 0.029 BTC, Fees = 0.64% of revenue, Network = ∼1,000 EH/s or 1 ZH/s.
Formula: Revenue per block = (Subsidy + Fees) x BTC Price. Annual Revenue = Revenue per block x 52,560 blocks per year. Annual Cost = Electricity + Hardware Depreciation + Operations.
Test for 2032: Subsidy = 0.78125 BTC, Fees = 0.029 BTC, Total = 0.81025 BTC per block. Only one miner wins each 10 minutes.
Scenario | Annual Cost | Breakeven BTC Price | At $80k BTC, Annual P&L $0 Electricity - Impossible Best Case | $8.25B | $193,773 | -$4.85B loss Real World - 65% Power Cost | $23.57B | $553,639 | -$20.17B loss
Math: 1,000 EH/s = ∼6.6M ASICs @ 150 TH/s avg x $5,000 = $33B capital / 4 year life = $8.25B depreciation. Real world total cost = $8.25B / 0.35 = $23.57B.
https://www.talkimg.com/images/2026/11/05/aULHL1.png Figure 1: Maintaining the Economic Incentive to Mine (MEIM3), in a Capped Economy.
Capped Economic Systems Do Not hyperinflate until collapse. Capped assets implode due to the expectation of indefinite deflation. The asset pools until collapse of internal critical systems: Security network atrophy, buyouts, etc.
The network doesn't die because power is too expensive. It dies because even if power was free, 0.78 BTC doesn't pay for the hardware that has to exist to keep it decentralized.
This is Reverse Collapse. When C21 is locked in pools that don't transact on L1, fees can never replace subsidy. Instead of hyperinflation that we see in a fiat economic system, the capped system experience Hyper-Deflation until collapse. Tighter and tighter pools of the capped asset are acquired for at least two of several reasons. First, the anticipation of more value versus the incumbent or dominant fiat currency. Secondly, the intentional buy out with an endless supply of printable currency in hopes of dominating the control over a potential new system. Regardless, without proper velocity protocols MEIM3 criteria fails. If MEIM3 fails, Bitcoin fails. MEIMs one, two, and three will be explained in great detail over time. This basic concept of hyper-deflation until collapse should be open sourced so that all programmers, countries and collogues can work on the problem now for a multitude of critical reasons.
The 1MB cap that limits Bitcoin's TPS to ∼8 also makes supporting miners and users simultaneously under current protocols impossible. This creates protocol problems of its own by preventing the asset from maturing. A basic look at the math clearly demonstrates this problem. If eight billion people wanted to perform two transactions per year, bitcoins TPS would need to be about 508 transactions per second and never fall below that mark. That doesn't include business to business transactions and other requirements. In short, Bitcoin was already mathematically scheduled to fail when that limit was imposed. Those facts are within an overlap with our future examination of the minimum economic incentive to migrate (MEIM2). For now, Bitcoin is simply too slow, too expensive, and doesn't pay its miners enough nor its developers at all beyond the first handful of halving. We will fix that problem, or the world will move on to another asset by way of mathematical certainty. This is a binary choice for anyone that supports bitcoin and hard capped currencies in general. The consequences of inaction will manifest with two halvings as bitcoin is already recentralized in hash rate, ownership, and developer inputs. The reward for successfully creating the velocity protocols necessary to create permanent alternating flow or PermAFlow are equally as gratifying. One by product will be the value of one bitcoin rising to 160x from its current all-time high in terms of purchasing power without artificially bidding up the price. In fact, BTCs price (or the first currency) to achieve PermAFlow will no longer be priced in fiat because it will be a universal currency, not a worldwide currency like bitcoin is today. A universal currency is a currency that all members of the ecosystem actually own and not simply have access to it. In addition, the protocols and how they are formed apply to all members of the network indiscriminately.
4. Information pools reinforce the problem. Definition: An information pool = a social or media container where dissent or approval supporting various narratives lead to the pooling of resources. An example is how newcomers to Bitcoin are often taught that the asset is perfect hard money and is unchangeable. All of those descriptions are 100% false. Implication: If you can't discuss improvement, you get digital Darwinism - no evolution, only stagnation. The asset eventually becomes obsolete as replacements that address the shortfalls become more attractive is users. The lack of change through various narratives protects protocol pools.
5. The system fails the circulatory test. Definition: Like blood in a body or water in an ecosystem, money must circulate to stay alive. They are limited assets and must be able to cycle through the system continuously to transfer value from one point to another in any given ecosystem. Test: Does the protocol ensure value can flow to all participants in perpetuity, or does it guarantee pooling at the top or bottom? Implication: Without built-in circulatory system, economy stagnates by design and fails. Bitcoin was selected for this study because it is the largest and supposedly most secure example of a capped supply economy. It has a slew of security features, but none adequately address greed from inside and outside of its ecosystem. Nothing stops a small group of organizations from buying up all of the Bitcoin and holding it until the world must use something else.
Fiat vs Capped - Why Recirculation Matters In a fiat system, money is printed to solve the liquidity problem created by protocol pools, which results in inflation. In a capped economy, protocol pools will also cause collapse but should be addressed through recirculation. This avoids collapse due to hoarding, and collapse of critical infrastructure.
Clarification on Adversary Greed is the adversary, not banks or government. Most people aren't evil for wanting more money. In a capped economy they assume value will rise indefinitely against fiat, so they hold. That's human nature. Result is same. You still end up with various types of protocol pools. Lost keys are a protocol pool too.
Equilibrium Based Economics is the next steppingstone on the protocol Satoshi started. He built the base with SHA-256 and the mining structure. We're adding the circulatory system it needs to serve 8 billion people, businesses, and AI in perpetuity.
Explainer: Bitcoin after the block wars got stuck at 8 to 9 transactions per second. The name stayed the same, but capacity didn't. Without ability to proliferate and circulate, it can't be the global money Satoshi intended. This isn't challenging Bitcoin. It's trying to complete Bitcoin.
Call for Academic Research Collaboration I am seeking to fund paid research to build the next iteration of currency and economics based on Equilibrium Based Economics and to formally model Reverse Collapse. This work requires rigorous, peer-reviewed modeling of C21, MEIM3, protocol pool dynamics, velocity enforcement, and the $0 electricity stress test.
I would be honored to collaborate with researchers at Fayetteville State University, Duke University, North Carolina A&T, Howard University, and other HBCU and R1 partners.
If you are a PhD candidate, economist, computer scientist, or faculty advisor in mechanism design, monetary theory, game theory, or decentralized systems, please reach out via LinkedIn DM.
A final note to maximalists and builders: Please prove the $0 electricity test wrong, before I ever talk about the fix. At $0 power you need $193k BTC to break even on hardware alone. At real power costs you need $553k. Show where velocity to sustain MEIM3 comes from when fees are 0.64% of revenue and subsidy is 0.78 BTC. It is not possible.
If one person owned all of the bitcoin today, the asset would be worthless to the rest of the world. Protocol pools have the same effect long before any one entity can own it all. If you see the pooling problem too, let's talk. We can fix it. I have
