The previous chapter ended with Britain as the only industrial economy on earth. By 1914, five more had joined it, each by a different path, each testing a different theory of what catch-up industrialization requires. Alexander Gerschenkron’s thesis provides the organizing framework: the later a country starts, the larger the institutional substitution it deploys to compensate for missing prerequisites. Belgium, Germany, the United States, Russia, and Japan are the five cases. The chapter walks each, then evaluates what the comparison reveals.
Named literature: Gerschenkron (1962); Landes (1969); Chandler (1977, 1990); Habakkuk (1962); von Laue (1963); Jansen (2000); Crawcour (1997); Wright (1990); Cameron (1967); Maddison Project (Bolt & van Zanden 2020).
After 1815, Britain was the only industrial economy on Earth. By 1914, Germany, the United States, Russia, and Japan had all industrialized, each by a different path. What did it take to catch up?
The previous chapter left Britain c. 1840 with a factory system, a coal-fired energy base, and a productivity lead that no other economy had matched. The question this chapter addresses is not why Britain industrialized first (that was ch. 7’s subject) but why the followers industrialized differently from each other. The catch-up trajectories are measurably divergent. Belgium converged early and fast. Germany overtook Britain by 1913. The United States surpassed everyone. Russia and Japan started from far lower baselines and followed paths that looked nothing like the British original.
Alexander Gerschenkron’s Economic Backwardness in Historical Perspective (1962) provides the organizing thesis. His argument is structural: the later a country begins to industrialize, the larger the institutional substitution it must deploy to compensate for missing prerequisites. Britain industrialized through private enterprise, market-coordinated capital, and incremental innovation. Germany, starting later, required universal banks (institutions that combined commercial lending with long-term industrial credit, equity stakes, and board representation) to mobilize capital that dispersed markets could not. Russia, starting later still, required the state itself to substitute for both banks and bourgeoisie. The prediction is a substitution ladder: market → bank → state, with each rung corresponding to a later start and a larger institutional gap.
The thesis is testable. Five cases (Belgium, France, Germany, the United States, Russia, Japan) provide the evidence. But before the cases begin, a structural shift in the catch-up problem itself needs registering. The second industrial revolution (steel, synthetic chemicals, electricity, and internal combustion) changed what latecomers were catching up to. The first IR was coal, cotton, and iron; the second was science-based industry requiring systematic research, technical education, and large-scale capital. Latecomers could enter at the second-IR frontier while Britain’s installed first-IR capital became a drag, a first-mover disadvantage that Gerschenkron’s framework anticipated but did not formalize.
The figure shows the divergence the chapter will walk case by case. Britain’s dashed line sits at the top through 1870, then the United States pulls away. Belgium and France converge early; Germany converges later but faster. Russia and Japan start from far lower baselines and remain well below the European catch-up economies through 1913. The shape of each trajectory reflects a different institutional configuration, and it is the configuration, not just the outcome, that the chapter examines.
Belgium was the nearest follower: geographically, geologically, and technologically closest to Britain. John Cockerill’s ironworks at Seraing was the British model, transplanted across the Channel inside the heads of emigré engineers.
The transplant was literal. William Cockerill, a Lancashire mechanic, crossed to the Continent in the 1790s to build textile machinery in defiance of British export bans on industrial equipment and skilled workers. His son John expanded into iron. By 1817 the Cockerill works at Seraing, near Liège, operated Newcomen-type pumping engines, puddling furnaces, and rolling mills: the full British iron-production sequence, reproduced on Belgian coal. The Sambre-Meuse coalfield gave Belgium the same geological advantage that had powered Britain: accessible coal seams close to navigable waterways and to the markets that would consume the output. Cockerill’s works became the largest integrated ironworks on the Continent within a decade.
Belgian industrialization was financed through a mechanism that anticipated Gerschenkron’s thesis without requiring it. The Société Générale de Belgique, founded in 1822, was the first institution to combine commercial banking with long-term industrial investment on a systematic basis. It took equity stakes in mining and metallurgical enterprises, provided working capital, and coordinated investment across related industries. Belgium did not need a developmental state because its geography, its coal, and its proximity to British technology made the catch-up problem small enough for market-adjacent institutions to solve.
Belgium’s GDP-per-capita trajectory on the figure confirms the pattern: early convergence, tracking close to Britain’s line from the 1830s onward. The catch-up was real but narrow, concentrated in coal, iron, and textiles in a small country whose domestic market was limited. Belgium industrialized by diffusion. The interesting question is what happened when diffusion was not enough.
France’s path diverges from Belgium’s at the point where the Cockerill model stops explaining what happened. France industrialized gradually, over a longer period, with a different sectoral composition and a different relationship between state and industry. Where Belgium replicated the British model in miniature, France produced something structurally distinct: an economy in which artisanal small-firm production persisted alongside factory industry, in which luxury goods (silk, fashion, wine, porcelain) remained internationally competitive sectors, and in which the state played a coordinating role through infrastructure rather than through direct industrial investment.
The French state built railways. The 1842 Railway Law established a public-private partnership in which the state constructed the roadbed and infrastructure while private companies laid track and operated services. The Grandes Écoles (the École Polytechnique, the École des Mines, the École des Ponts et Chaussées) trained the engineers who designed the system. French technical education was elite and centralized where British technical knowledge was artisanal and dispersed; the contrast would matter more when Germany built its own version.
France’s GDP trajectory on the figure shows the difference: gradual convergence, never matching Belgium’s pace, reaching roughly 70 percent of British levels by 1913. The standard narrative treats this as failure: France “fell behind.” The revisionist reading, advanced by Patrick O’Brien and Caglar Keyder, argues that France’s path was not slower industrialization but different industrialization: higher-value output per worker in craft sectors, lower urbanization costs, and a more equitable distribution of gains. The debate is unresolved, but the structural point stands. France disproves any single-path thesis. If Belgium shows that proximity and geology can replicate the British model, France shows that catch-up can take a form the British model does not predict.
The “more than one path” observation is the setup for what follows. Germany, the United States, Russia, and Japan each industrialized on institutional foundations that neither Belgium’s diffusion nor France’s gradualism anticipated.
Germany’s industrialization begins with a customs union. The Zollverein (1834) created a single market from 39 separate tariff jurisdictions, the precondition without which market-scale production was impossible.
Before the Zollverein, a manufacturer in Saxony shipping goods to Bavaria crossed multiple toll barriers, each levying its own duties. The fragmentation was not merely inconvenient; it made large-scale production irrational. No firm could plan for a market it could not reach at predictable cost. The Zollverein, led by Prussia, abolished internal tariffs across most of the German states while maintaining a common external tariff. The effect was immediate: trade volumes within the union rose sharply, and the incentive structure for industrial investment shifted from local craft production toward factory-scale output serving a market of 25 million consumers.
Prussian state railways followed. The state built trunk lines connecting the major industrial regions (the Ruhr coalfield, Silesian iron, Saxon textiles, the ports of Hamburg and Bremen) and operated them as instruments of economic integration. Railway construction itself generated industrial demand: iron rails, rolling stock, bridges, stations. The railways were simultaneously infrastructure and market.
The mechanism that made Germany Gerschenkron’s central case was the universal bank. The Grossbanken (Deutsche Bank, Dresdner Bank, Commerzbank, Darmstädter Bank) combined commercial deposit-taking with long-term industrial credit, direct equity stakes in industrial firms, and seats on corporate boards. A universal bank did not merely lend to a steel company; it owned shares, placed directors, coordinated investment timing with suppliers and customers, and provided working capital through business cycles. The relationship was structural, not transactional.
Deutsche Bank’s relationship with Krupp steel illustrates the mechanism. Krupp was Germany’s largest steelmaker and one of Europe’s largest industrial enterprises. Deutsche Bank provided long-term credit that the London capital market, oriented toward short-term commercial bills and government bonds, would not have supplied on comparable terms. It held equity, sat on Krupp’s supervisory board, and coordinated Krupp’s financing with the broader industrial strategy of the Ruhr. The bank substituted for the deep, liquid capital market that Britain possessed and Germany lacked. This was Gerschenkron’s thesis in institutional form: where the market could not mobilize capital for heavy industry, the universal bank stepped in.
The second dimension of German catch-up was the science-industry link. The Technische Hochschulen, technical universities at Berlin-Charlottenburg, Munich, Aachen, Karlsruhe, and elsewhere, trained engineers and applied scientists to a standard that no British institution matched. Britain’s technical knowledge was artisanal: skills passed through apprenticeship, workshop practice, and trial-and-error tinkering. The system had produced the first industrial revolution. It could not produce the second.
BASF’s synthesis of alizarin (1869) and indigo (1897) demonstrates why. Alizarin, the red dye extracted from madder root, had been a natural product for millennia. BASF’s chemists, trained at Technische Hochschulen and working in purpose-built research laboratories, synthesized it from coal tar. The process required systematic organic chemistry: understanding molecular structure, predicting reaction pathways, scaling laboratory results to industrial production. Indigo synthesis was harder and took longer, but the method was the same. By 1900, German synthetic dyes had destroyed the natural-dye industries of India and Latin America and captured over 80 percent of the world market. Britain’s craft-apprenticeship model could not replicate what the Technische Hochschulen produced: a systematic pipeline from scientific research to industrial application.
Friedrich List’s The National System of Political Economy (1841) provided the doctrinal framework: the infant-industry argument that justified protective tariffs for developing industries until they could compete internationally. Bismarck’s 1879 tariff implemented it. The tariff shielded German iron and steel from British competition during the critical scaling period; by the time German industry no longer needed protection, it no longer needed the tariff either. List’s argument remains the most influential case for strategic trade protection, and the most contested. (The free-trade debate walks the full argument.) Where List sits intellectually, between classical free-trade orthodoxy and the German historical school’s challenge to it, is visible on the intellectual-history timeline.
By 1913, Germany’s industrial output exceeded Britain’s. The GDP figure shows the crossing: Germany’s line converges to near-parity with Britain by 1900 and edges past it by 1913. The overtaking was concentrated in second-IR industries (chemicals, electrical equipment, precision machinery) where the Technische Hochschulen and the Grossbanken gave Germany structural advantages that Britain’s first-IR institutions could not match.
The United States broke the pattern. Late to industrialize by European standards, the US had no universal bank, no developmental state, and minimal direct government coordination of industry. It had something else: a continent.
The American system of manufactures (interchangeable parts, specialized machine tools, and the division of production into discrete, repeatable operations) emerged in the armories of Springfield and Harpers Ferry in the 1810s and 1820s. The system was not a single invention but an organizational principle: design products so that any part can replace any other part of the same type, then build machines to produce each part to tolerance. The British system relied on skilled fitters who hand-adjusted components to match; the American system replaced the fitter with the machine. The difference was not merely technical. It meant that production could scale without a proportional increase in skilled labor, a critical advantage in a country where skilled labor was scarce and expensive relative to land and raw materials.
The corporation was the organizational counterpart. The Pennsylvania Railroad c. 1870 was the largest private enterprise in the world: over 30,000 employees, thousands of miles of track, a capital stock exceeding that of most European governments. Managing it required innovations that had no precedent in British or German industry. J. Edgar Thomson and his successor Tom Scott built a professional management hierarchy with divisional structure, standardized cost accounting, and a separation of ownership from operational control that Alfred Chandler later identified as the birth of modern corporate management. The Pennsylvania Railroad was not just a transportation company; it was a prototype for the organizational form that would define American capitalism: the large, professionally managed, multi-divisional corporation.
The railway was also the mechanism through which the continental market became real. Before the Civil War, the United States was a collection of regional economies loosely connected by coastal shipping and river transport. The transcontinental railroad (completed 1869) and the dense eastern network that preceded it created a single market of continental scale. A manufacturer in Pittsburgh could ship steel to San Francisco at predictable cost and schedule. A meatpacker in Chicago could reach consumers in New York. The market’s scale (76 million people by 1900 with no internal tariff barriers) created demand that no European economy could match.
Alexander Hamilton’s Report on Manufactures (1791) had argued for protective tariffs to nurture infant American industry against British competition. The argument was implemented through the post–Civil War protectionist regime: tariffs averaging 40–50 percent on manufactured goods, maintained from the 1860s through 1913. The tariff shielded American industry during its scaling period, just as Bismarck’s tariff shielded German industry, and the infant-industry logic was the same. Hamilton and List arrived at the same conclusion from different starting points; the free-trade debate treats both as foundational cases for strategic protection. Where Hamilton sits in the intellectual landscape is visible on the intellectual-history timeline.
Mass immigration supplied the labor. Between the 1840s and 1914, roughly 30 million people arrived in the United States: Irish and Germans in the mid-century waves, then Italians, Poles, Jews, and others from southern and eastern Europe after 1880. They filled the factories, built the railways, mined the coal, and staffed the meatpacking plants. The labor supply was elastic in a way that no European economy experienced: when American industry expanded, the Atlantic delivered workers.
Resource endowment compounded the advantage. The United States possessed iron ore (the Mesabi Range in Minnesota alone contained more high-grade ore than all of Western Europe), coal (Appalachian bituminous and Pennsylvania anthracite), timber (the Great Lakes forests), oil (Pennsylvania, then Texas and Oklahoma), cotton (the South), and grain (the Midwest). Continental-scale resource abundance meant that American industry faced few of the raw-material constraints that shaped European industrialization. The plantation complex and slavery’s economic logic are ch. 9’s subject; here the relevant fact is that southern cotton fed northern mills and Lancashire exports, linking American agriculture to the Atlantic industrial system.
Carnegie Steel and Standard Oil represented the organizational endpoint: vertically integrated corporations controlling raw materials, production, and distribution at a scale that European firms could not match. Carnegie’s Homestead works produced more steel than all of Britain by the 1890s. Rockefeller’s Standard Oil refined over 90 percent of American kerosene. The trust and the holding company were American innovations in market control, responses to the competitive pressures of a continental market where price wars could destroy firms faster than in any European context.
The US case is Gerschenkron’s hardest problem. American industrialization was not coordinated by universal banks (the US banking system was fragmented, with thousands of small state-chartered banks and no central bank until 1913). It was not commanded by the state (the federal government’s direct role in industry was minimal beyond the tariff and land grants). It was driven by resource endowment, market scale, mass immigration, and the corporation as organizational form, none of which the substitution-ladder thesis captures. By 1900 the United States was the world’s largest industrial economy, and Gerschenkron’s thesis had nothing to say about how it got there.
In Russia, Gerschenkron’s thesis reaches its logical endpoint. Where Germany’s catch-up was coordinated by universal banks, Russia’s was commanded by the state itself, because neither a bourgeoisie nor a banking system existed to coordinate it.
The precondition was political. The Emancipation of 1861 freed roughly 23 million serfs, the largest single act of legal liberation in European history. But emancipation was designed to preserve the social order, not to create a mobile labor force. Freed serfs received land allotments, but the land was held collectively by the mir (village commune), and redemption payments (compensation to former owners, financed by the state and repaid by the peasants over 49 years) tied them to the commune. Labor mobility was constrained by design. The mir controlled who could leave and when. Russia in 1890 was still roughly 80 percent rural, and the peasantry was still bound to the land by financial obligation if no longer by legal serfdom.
Sergei Witte, finance minister from 1892 to 1903, built the industrialization program on five instruments. First, railways: the state financed and directed construction of a national rail network, culminating in the Trans-Siberian Railway. Second, protective tariffs: the 1891 tariff raised duties on manufactured imports to levels comparable to the American post–Civil War regime. Third, foreign capital: Witte courted French investment aggressively, securing loans that financed railway construction and heavy industry. Fourth, the gold standard: Russia adopted gold convertibility in 1897 specifically to reassure foreign investors that their returns would not be inflated away. Fifth, state orders: the government itself was the largest customer for the heavy industry it was building: rails, rolling stock, armaments, construction materials.
The Trans-Siberian Railway was the program’s signature project. Begun in 1891, it stretched 9,289 kilometers from Moscow to Vladivostok, the longest railway line in the world. The state financed it with French loans. Its function was dual: strategic infrastructure connecting European Russia to the Pacific frontier, and industrial demand generator. Building the Trans-Siberian consumed steel rails, rolling stock, construction labor, and engineering services on a scale that created heavy industry where none had existed. The Donbas coalfield and the Urals iron-and-steel complex expanded to supply the railway’s appetite. The railway was simultaneously the product and the cause of Russian industrialization.
The results were real. Russian industrial output grew at roughly 8 percent per year during the 1890s, among the fastest rates in the world. Coal production in the Donbas basin tripled between 1890 and 1900. Pig-iron output doubled. Railway mileage expanded from 31,000 kilometers in 1890 to 53,000 by 1900. The developmental state, a state that treats industrialization as an explicit policy objective and deploys fiscal, financial, and institutional instruments to achieve it, was taking recognizable form.
But the achievement coexisted with its own contradictions. Grain exports funded industrial imports, the “hunger exports” critique, in which Russian peasants ate less so that the state could buy foreign machinery. Agricultural productivity remained low; the mir system discouraged individual investment in land improvement. The industrial workforce was concentrated in a few cities (St. Petersburg, Moscow, the Donbas) while the vast rural interior remained pre-industrial. Fiscal dependence on French loans meant that Russian economic policy was constrained by the preferences of foreign creditors. The state had substituted for absent banks and bourgeoisie, as Gerschenkron predicted. It had not created the social foundations that would make industrialization self-sustaining.
The 1905 revolution was a warning the model did not hear. Workers in St. Petersburg struck after Bloody Sunday; peasant uprisings spread across the countryside; the regime survived only by conceding a constitution it would later hollow out. The revolution was a symptom of the state-led model’s political fragility: rapid industrialization concentrated in enclaves, financed by squeezing the peasantry, dependent on foreign capital, and managed by an autocracy that could command investment but could not build consent. The GDP figure shows Russia’s trajectory: rising from a low base, but still well below Western European levels by 1913. The gap between industrial output growth and per-capita welfare was the gap between the state’s ambitions and the population’s experience.
The Soviet model inherited and radicalized the pattern Witte began. State-commanded industrialization, heavy-industry priority, agricultural extraction to fund industrial investment, and political control as a substitute for market coordination: the continuity from Witte to Stalin is structural, not accidental. Ch. 15 picks up where this chapter leaves off.
Japan’s industrialization began with a regime change. The Meiji Restoration (1868) replaced the Tokugawa feudal order with a centralizing state that treated industrialization as an explicit policy objective. Within four decades, Japan was an industrial and military power, and its catch-up path looked nothing like any European case.
The Iwakura Mission (1871–73) set the terms. Forty-eight senior officials, including half the Meiji cabinet, spent 22 months touring the United States and Europe, studying factories, shipyards, railways, schools, legal systems, and military installations. The mission was not a diplomatic courtesy; it was deliberate technology scouting at the highest level of government. The delegation returned with a systematic inventory of what to borrow and from whom: German legal codes, British naval technology, American agricultural techniques, French military organization. The borrowing was selective and adaptive, not wholesale transplantation but targeted acquisition of specific institutional components fitted to Japanese conditions.
The state built the first industrial enterprises directly. Kanei kojo, government-operated model factories, were established in textiles, shipbuilding, mining, and armaments during the 1870s. The Tomioka Silk Mill (1872) was the prototype: a modern filature built with French technology, staffed by French engineers, and operated by Japanese female workers drawn from samurai families. The mill demonstrated that factory-scale silk production was feasible in Japan and trained the workforce that would operate its successors. The state bore the startup costs and the technological risk; private enterprise inherited the proven model.
Privatization followed. Through the 1880s and 1890s, the government sold its model factories to politically connected merchant houses at favorable prices. Mitsui acquired the Tomioka Silk Mill in 1893. Mitsubishi received the Nagasaki Shipyard. Sumitomo expanded from its copper-mining base into the industries the state had incubated. These houses became the zaibatsu: diversified industrial-financial conglomerates combining manufacturing, banking, trading, and shipping under family-controlled holding companies. The zaibatsu form was distinctively Japanese: neither the British family firm, nor the German universal bank, nor the American corporation, but a hybrid that combined elements of all three under a structure that had no Western equivalent.
The sequencing was the institutional innovation. The state built, demonstrated, and de-risked; private enterprise scaled and diversified. The state-then-privatize sequence was not a transition from planning to markets but a deliberate two-phase strategy in which each phase served a different function. Gerschenkron’s substitution ladder places the state at the top rung, substituting for absent banks and bourgeoisie. Japan’s sequence was more precise: the state substituted temporarily, then withdrew in favor of private institutions it had helped create.
Japan’s export-led model began with textiles. Silk and cotton were the first internationally competitive industries, and their export earnings financed the import of machinery, raw materials, and technical expertise that heavier industries required. The textile-first strategy was not accidental; it exploited Japan’s comparative advantage in low-wage, high-skill labor while building the foreign-exchange reserves needed for capital-goods imports. By the 1890s, Japanese cotton textiles were competing with British products in Asian markets, a reversal that would have been unthinkable two decades earlier.
Conscript-army modernization served as fiscal demand driver. The Meiji state built a modern military not only for strategic reasons but because military procurement (rifles, uniforms, ships, ammunition, provisions) created guaranteed demand for domestic industry. The army and navy were customers as well as institutions; their procurement budgets channeled state revenue into industrial production.
Japan’s GDP trajectory on the figure starts at 1870 from a low base, roughly $669 in 1990 international dollars, less than half of Russia’s level and a third of Germany’s. The line rises steeply through 1913, reaching $1,387, still well below European levels in absolute terms, but the growth rate was among the highest in the world. The gap between Japan’s starting point and its 1913 position measures the distance the Meiji institutional design covered in less than half a century.
By 1905, Japan’s victory over Russia in the Russo-Japanese War announced its arrival as an industrial and military power. The war confirmed what the economic data already showed: Japan had built an industrial base capable of sustaining a modern military campaign against a European empire. The varieties-of-capitalism question followed: if catch-up can look like this (selective borrowing, state-then-privatize sequencing, zaibatsu conglomerates, textile-first export strategy) is there a single catch-up model at all?
Gerschenkron’s prediction is simple: the later the start, the larger the role of the state. Test it.
Along the Belgium-Germany-Russia axis, the thesis holds. Belgium industrialized earliest on the Continent and required the least institutional substitution: market finance, proximity to British technology, accessible coal. Germany started later and deployed the universal bank, an institution that combined functions the market performed separately in Britain (commercial credit, long-term investment, corporate governance, risk coordination). Russia started later still and required the state itself to substitute for both banks and bourgeoisie, commanding investment through fiscal extraction, foreign borrowing, and direct state enterprise. The substitution ladder (market → bank → state) describes this axis accurately. Later start, larger institutional gap, more concentrated coordination mechanism. Gerschenkron’s thesis is the best single-framework organizer for the European catch-up experience.
The United States breaks the pattern. American industrialization was not coordinated by universal banks (the banking system was fragmented), not commanded by the state (federal industrial policy was limited to tariffs and land grants), and not driven by institutional substitution for missing prerequisites. It was driven by continental-scale resource endowment, a domestic market of 76 million with no internal barriers, mass immigration supplying elastic labor, and the corporation as an organizational innovation that coordinated production at scales no European institution matched. Gerschenkron’s framework has nothing to say about endowment-driven catch-up. The US case is not a later start requiring larger substitution; it is a different game entirely.
Japan exceeds the framework in a different direction. Meiji Japan deployed the state aggressively, consistent with Gerschenkron’s prediction for a late starter. But the state-then-privatize sequence, the selective institutional borrowing from multiple Western models, the zaibatsu form, and the textile-first export strategy produced an institutional configuration that no European template anticipated. Japan did not climb Gerschenkron’s ladder; it built a different structure. The institutional diversity visible by 1914 is not a transitional phase on the way to convergence. It is the outcome.
The finding: there is no single catch-up model. Gerschenkron captures the Belgium-Germany-Russia axis and misses the United States and Japan. The developmental state, a state that treats industrialization as an explicit policy objective and deploys tariffs, directed credit, state investment, and technical education as instruments, emerges as an institutional archetype from Bismarck’s Germany, Witte’s Russia, and Meiji Japan. But the archetype coexists with the American counter-case, where endowment and market scale drove industrialization without developmental-state coordination. Institutional diversity is the finding, not a problem to be resolved.
| Economy | Role of state | Source of industrial finance | Tariff regime | Technical education |
|---|---|---|---|---|
| Belgium | Minimal | Market finance (Société Générale) | Low tariff | No distinctive system |
| Germany | Moderate (Zollverein, railways, tariffs) | Universal bank (Grossbanken) | Protective (Bismarck 1879) | Technische Hochschulen |
| United States | Minimal direct coordination | Corporate self-finance + capital markets | High (post–Civil War) | Land-grant colleges |
| Russia | Maximal (Witte program) | State-directed + foreign capital | High protective | Weak |
| Japan | High, then privatize | Zaibatsu + state banks | Selective | Imperial universities |
The Solow convergence model predicts that poorer economies should grow faster than richer ones, as diminishing returns to capital make investment more productive where capital is scarce. The prediction holds loosely (Russia and Japan grew faster than Belgium and France in percentage terms) but the model says nothing about the institutional mechanisms that make convergence happen or fail to happen. The formal growth-theory machinery lives in economics ch. 13; what this chapter adds is the institutional content that the model abstracts away.
The institutional-variety finding is the empirical content that economics ch. 18 theorizes. The “varieties of capitalism” framework, the observation that market economies organize production, finance, and labor relations in structurally different ways, was already visible in the catch-up paths of 1815–1914. It was not invented by political scientists in the 1990s; it was present in the data a century earlier.
Return to the GDP figure in §8.1. The lines diverge not only in level but in shape, and the shape reflects institutional configuration. The developmental state as archetype (Bismarck’s Germany, Witte’s Russia, Meiji Japan) is the institutional form that ch. 14’s East Asian tigers and ch. 17’s Chinese reform inherit. The catch-up question this chapter opened is not closed in 1914. For the full post-1913 continuation, the GDP map carries the story forward across 180 economies.