#rethink : The Great Bifurcation: when geopolitics becomes visibly subordinates to thermodynamics.
The Great Bifurcation : missiles at the chokepoints vs bricks in the backyard. Who can still afford the cost of sustaining order ?
Genesis
The genesis of this article lies in the meeting of two bodies of work. One emerged from Prosilience’s reflections in 2024 and 2025 on thermodynamics, chokepoints, and the fragile material foundations of modern civilization1. The other came from reading ChinArb’s distinction between “System A” and “System B,” which recast geopolitical rivalry as a split between two different operating logics of power. Read together, they suggested a deeper interpretation of the present era: that beneath the noise of strategy, finance, and diplomacy lies a more basic divergence between systems that spend surplus to sustain order and systems that invest surplus to build durable productive capacity. The below article was born from that convergence.
The defining image of this century may be simpler than most theories allow. In one theater, a superpower expends million-dollar interceptors over distant seas to protect maritime chokepoints2 from low-cost disruption. In another, its principal rival pours concrete, expands ports, hardens grids, builds rail corridors, scales factories, and thickens the industrial base at home. One side burns surplus to keep a global system moving. The other tries to turn surplus into durable capacity. That is not just a contrast in style. It is a contrast in civilizational logic.
“The rigid break, the flexible flow. Those who cling to control are the first to be trapped.” – Lao Tzu
What has been called the Great Bifurcation3 is therefore not merely a rivalry between the United States and China. It is a split between two operating systems.
On one side stands a maritime-financial-security order: global circulation, alliance management, reserve-currency privilege, sanctions, sea-lane protection, and premium force projection.
On the other stands an industrial-infrastructural order: energy, production, logistics, machine capacity, grid depth, and cost compression.
One system is optimized to govern flows across the world. The other is optimized to deepen the physical base from which future power can be generated.
This is why maritime chokepoints matter far beyond their tactical significance. The Red Sea, Bab el-Mandeb, Hormuz, Malacca, and the South China Sea are not just transit corridors. They are sites where the hidden cost of order becomes visible. At a chokepoint, strategic responsibility is translated into overhead: destroyers deployed, maintenance cycles consumed, expensive munitions fired, insurance disrupted, shipping rerouted, fiscal burdens absorbed. The immediate question is always whether trade can keep moving. The deeper question is what kind of system must repeatedly spend at the high end simply to prevent disorder from spreading.
That is the real meaning of the image of “burning expensive missiles over distant maritime chokepoints.” It is not primarily about military inefficiency. Nor is it simply a complaint about unfavorable cost-exchange ratios, although those matter. It is about a system whose power rests on preserving circulation across a world it does not fully control. When disruption can be generated cheaply but stability must be defended expensively, empire begins to reveal its thermodynamic profile. The maintenance of order stops looking like an invisible background condition and starts appearing as a large, recurring energy bill.
Against this, “laying bricks in the backyard” should not be read as passivity or isolation. It describes a different use of surplus. Bricks are shorthand for ports, grids, substations, industrial parks, shipyards, freight corridors, supplier ecosystems, and the quiet accumulation of productive depth. They represent an attempt to store present strength in material systems that will reduce future vulnerability. A new quay wall, a larger transformer base, a denser supplier network, a more redundant rail corridor: each is a small act of strategic compression. Each shortens the distance between energy input and productive output. Each lowers the cost of acting tomorrow.
This is where the argument becomes more than geopolitical.
Beneath the visible contest lies a thermodynamic one. Modern power is not sustained by narratives, legal abstractions, or financial privilege alone. It rests on surplus energy: the capacity to extract, transform, and mobilize more energy than is required merely to sustain the system’s own overhead.
From that perspective, the Great Bifurcation is the moment when two different uses of surplus come into view. One system spends increasing surplus to police circulation across long distances, absorb disruption, and preserve a costly global architecture. The other seeks to embed surplus in domestic infrastructure, industrial ecosystems, and logistical density.
That deeper layer matters because thermodynamics places limits beneath ideology. Debt can postpone recognition of those limits, but it cannot abolish them. Financial claims are ultimately claims on future productive surplus. If that surplus does not materialize, balance sheets begin to outrun the physical base that is meant to honor them. Likewise, ecological stress is not a side issue. It feeds back into agriculture, water, insurance, public health, infrastructure resilience, and political stability. Energy, debt, and ecology are not separate crises. They are interacting constraints on the same civilizational metabolism.
The side that best manages entropy, material depletion, and ecological fragility
may enjoy a quieter but more durable strategic advantage.
Seen clearly, the contrast between the two systems sharpens. The American-led order still possesses extraordinary assets: military reach, alliance networks, innovation capacity, reserve-currency centrality, legal architecture, and institutional scale. China is not invulnerable. It remains exposed to maritime routes, energy imports, external demand, and certain technological chokepoints of its own. This is not a morality tale, and it is not a simple declension narrative. But the asymmetry remains. System A’s challenge is not absolute weakness. It is rising overhead (U.S. military's request for $200 billion in additional funding) . The more it must spend to keep the world from fragmenting, the less surplus remains available for renewing its own base. System B’s wager is that industrial thickness, infrastructural redundancy, and home-market scale will compound faster than external pressure can constrain them.
This is why the conventional scorecards increasingly mislead. Summit communiqués, stock indices, defense postures, and GDP headlines are not irrelevant, but they are insufficient. The real ledger of the era is written elsewhere: in interceptors expended, repair cycles consumed, ports expanded, gigawatts installed, ship tonnage launched, supply chains localized, ecosystems stabilized, and industrial throughput secured. One system is organized around the management of exception. The other is organized around the accumulation of capacity. One pays to keep disorder at the edges from entering the core. The other tries to make the core so dense that disorder at the edges becomes less decisive.
That is the spine of the argument, and it should be stated plainly:
The Great Bifurcation is the moment when geopolitics becomes
visibly subordinate to thermodynamics.
The decisive question is no longer who commands the more persuasive narrative, nor even who appears stronger in any given confrontation. It is who can still convert energy, materials, and time into lasting order at an acceptable cost.
In that sense, the missiles and the bricks are not metaphors. They are ledger entries. They record two different relationships to surplus, entropy, and strategic time. One system spends increasing surplus to manage disorder. The other tries to embed surplus in durable productive order. That is the underlying reality of the age. And if that reality holds, this century will not be decided by spectacle, rhetoric, or even isolated victories. It will be decided by which order can still afford to sustain itself.
References
Bürbaumer, B. (2024, May 7). La nouvelle infrastructure du monde : l’Europe face au projet contre-hégémonique chinois. Le Grand Continent. https://legrandcontinent.eu/fr/2024/05/07/la-nouvelle-infrastructure-du-monde-au-coeur-du-projet-contre-hegemonique-chinois/
ChinArb. (2026, January 14). The map is unfolded. The battle begins. Substack. https://substack.com/@chinarbitrageur/note/c-199711222
Cordey, C. H. (2024, December 12). The fragile balance of modern civilization: When thermodynamics, debt, and ecology collide (Thinkletter #61, The Deeper Dive #4) [PDF]. Prosilience / Futuratinow. sandbox:/mnt/data/prosilience_deeper_dive_4.pdf
Cordey, C. H. (2025, March 17). Thinkletter #64 #Polycrisis #Unwar #Chokepoints #FutureOfPower #Geoeconomics #PolycrisisGame #Energy #Flux (Prosilience Thinkletter #64)
Funaiole, M. P., Hart, B., & Powers-Riggs, A. (2025, March 25). China dominates the shipbuilding industry. Center for Strategic and International Studies. https://www.csis.org/analysis/china-dominates-shipbuilding-industry
Hache, E., Roussel, A., Amsellem, D., Cattin, T., Jeannin, F., & Ferrazza, B. (2025, July). Passages stratégiques maritimes et sécurité énergétique européenne : bouleversements géopolitiques et stratégies de mitigation [Report]. IRIS. https://www.iris-france.org/wp-content/uploads/2025/07/OSFME_2025_07_Detroits_Rapport-VF3.pdf
International Energy Agency. (2024). China. In World energy investment 2024. https://www.iea.org/reports/world-energy-investment-2024/china
Rumbaugh, W. (2024, February 13). Cost and value in air and missile defense intercepts. Center for Strategic and International Studies. https://www.csis.org/analysis/cost-and-value-air-and-missile-defense-intercepts
Tallis, J. (2025, April 2). How the Biden administration won tactically but failed strategically in the Red Sea. War on the Rocks. https://warontherocks.com/2025/04/how-the-biden-administration-won-tactically-but-failed-strategically-in-the-red-sea/
… Yet, history does not favor those who fight to control chokepoints but those who understand the polycrisis - the interconnected cascade of crises reshaping our world. It is about adapting, anticipating, and redesigning systems before they break….
Coined by ChinArb
Brilliant synthesis. A vivid contrast: "A superpower expending million-dollar missiles at narrow chokepoints" vs. "Laying bricks in the backyard."
When the thermodynamic cost of a missile exceeds the economic surplus it is meant to preserve, System A is already physically bankrupt. Conversely, when the industrial density of System B’s factories reaches a threshold that renders any blockade irrelevant, a new order has already been born at the atomic level.