Technological Revolutions and Financial Capital

IPayload — what the book says

How she thinks capitalism works. She holds the recurring sequence (technological revolution, financial bubble, collapse, golden age, unrest) stems from three features of the system that interact and reinforce one another (p. 6):

Technology comes in clusters. Radical innovations bunch into successive, distinct revolutions that modernize the whole productive structure, rather than arriving as a smooth stream.
Financial and production capital are functionally separate, each pursuing profit by different means: mobile money seeking returns anywhere, versus producers committed to specific technologies, firms and places.
Institutions lag technology. The socio-institutional framework has far greater inertia than the techno-economic sphere, which competitive pressure keeps racing ahead.

The mismatch is the engine: a revolution races in and finance falls for it, finance then decouples and inflates a bubble, the crash forces the slow institutions to recompose, and only then does a golden age of recoupled finance and production follow. Each surge is launched by a big-bang (a cheap, visibly cost-competitive breakthrough technology) and runs through the same five phases: irruption (the new technology erupts amid decline of the old), frenzy (finance decouples and inflates a bubble in the revolution's infrastructure), a turning point (crash and institutional recomposition), synergy (the golden age, finance recoupled to production), and maturity (saturation, idle money seeking the next revolution). Her five surges with her own dates (Tables 2.1 + Fig 5.2), drawn to scale:

irruptionfrenzy (bubble)turning point (crash)synergy (golden age)maturitybig-bangdescendant extension

Concept after Jerry Neumann, 'The Deployment Age' (2015); redrawn on a shared time axis with all five phases and big-bang markers added · reactionwheel.net

Full table

Surge	Big-bang technology	Year	Irruption	Frenzy	Turning point (crash)	Synergy (golden age)	Maturity
1. The 'Industrial Revolution' (Britain)	Arkwright's water-powered mill, Cromford	1771	1770s-early 80s	late 1780s-early 90s	1793-97	1798-1812	1813-29
2. Steam and Railways (Britain, spreading)	The Rocket tested for the Liverpool-Manchester line	1829	1830s	1840s	1848-50	1850-57	1857-73
3. Steel, Electricity, Heavy Engineering (US and Germany overtake Britain)	Carnegie's Bessemer steel plant, Pittsburgh	1875	1875-84	1884-93	1893-95	1895-1907	1908-18
4. Oil, Automobile, Mass Production (US, spreading to Europe)	First Model T leaves the Ford plant, Detroit	1908	1908-20	1920-29	1929-33 (Eur.) / 1929-43 (US)	1943-59	1960-74
5. Information and Telecommunications (US, spreading)	Intel microprocessor announced, Santa Clara	1971	1971-87	1987-2001	2001-??	undated	—

Claims register

The recurring sequence stems from three interacting features of capitalism: technological change arrives in clustered revolutions that remake the whole productive structure; financial and production capital are functionally separate, each pursuing profit by different means; and the socio-institutional framework has far greater inertia than the fast-moving techno-economic sphere. (p. 6)
Five technological revolutions since 1771, each launched by a big-bang: Cromford mill, the Rocket, Carnegie's Bessemer plant, the Model T, the Intel 4004. (p. 11, Table 2.1)
Each revolution carries a techno-economic paradigm: a best-practice common sense that must displace the previous one's institutions, taking two or three turbulent decades. (p. 15)
Each surge splits into installation (irruption, then frenzy) and deployment (synergy, then maturity), joined by a turning point. (p. 47-48)
The great bubbles are technologically selective: they inflate the new revolution's infrastructure (canal mania, railway mania, dot-com). (p. 79)
Frenzy is structurally unsustainable and must end in financial correction (paper wealth outruns real wealth; income concentration saturates markets prematurely); the form is contingent, one great crash or a sequence of partial collapses. (p. xvii, 115-16)
Golden ages follow crashes only when institutional recomposition recouples finance to production. (p. 52-53)
Financial and production capital are functionally separate agents with different criteria; their relationship drives the phase sequence. (p. 71-73)
Long-wave economics fails on three counts: endogenous-economy closure, hunting up/downswings in aggregates, assumed worldwide synchrony. (p. 60)
Britain lost third-surge leadership by financing the world's infrastructure instead of renewing its own industry; Japan repeated the pattern in the fifth. (p. 58)
As of 2002 the world sits at the fifth surge's turning point; the golden age is available if institutions are rebuilt. (p. Epilogue, 167-72)

IIContext network — the book in its field

One graph, two directions: an ego network centered on the book (merged cards will make it a true knowledge graph). Everything left of the book node flows in (inside out: the citation anatomy, section V). The lower-right flows out (outside in: reception and citing literature). Node size = mentions in the book; hollow dashed nodes were never engaged. Hover a node for its role and evidence; click legend entries to highlight strands (multi-select).

The author

Carlota Perez (b. Caracas, 1939). A practitioner formed in a petro-state planning ministry, writing from largely outside the tenured academy. That trajectory explains both the book's policy confidence and its thin econometrics, and why venture capital rather than academic economics became its loudest constituency.

Career line

Venezuelan Institute of Foreign Trade, technology-transfer work (1970s)
Founding Director of Technological Development, Venezuelan Ministry of Industry (1980-83); created Venezuela's first venture capital fund
Consultant to INTEVEP (PDVSA research arm) and to OECD, UNCTAD, UNIDO, UNDP, World Bank
Honorary Professor, SPRU, University of Sussex; Professor of Technology and Socio-Economic Development, Tallinn University of Technology (2006-); Centennial Professor, LSE; Honorary Professor, UCL Institute for Innovation and Public Purpose
Silver Kondratieff Medal, International Kondratieff Foundation (2012)

Formation

advisor: No doctoral advisor (no conventional PhD track); Christopher Freeman is the mentor figure: SPRU patron, co-author of the 1988 TEP papers, and author of the book's preface
nest: Freeman's SPRU circle at Sussex; later the Other Canon/Tallinn group (Reinert, Kattel, Drechsler)
coauthors: Freeman (1988 joint papers); later Mazzucato (2014)
admired influences: Schumpeter above all (the book's declared foundation); acknowledgments name Dosi, Louca, Fagerberg, Tylecote, Arthur, Chang as sparring partners
formation note: The mentor relationship is constitutive: Freeman-Perez 1988 is where the TEP concept was forged, and the book reads as her half of that joint program, with finance added

Reception

~4,355 Google Scholar citations of this book (secondhand; GS not reachable to reconfirm 2026-07-22) (as of 2025 secondhand. Reachable proxy: Semantic Scholar = 1,265 citations, 81 highly influential, as of 2026-07-22 (GS routinely runs several times higher)) unverified. Festschrift: Drechsler, Kattel and Reinert (eds.), Techno-Economic Paradigms: Essays in Honour of Carlota Perez (Anthem, 2009), contributors incl. Freeman, Lundvall, Dosi, Nelson, Janeway. Barry Eichengreen named it one of three 'books for the century' in economics in Foreign Affairs' 2022 Centennial issue, bracketed with Chandler's The Visible Hand and Robert Gordon's The Rise and Fall of American Growth (the latter her own challenger node). Silver Kondratieff Medal 2012; Honorary Doctorate, Utrecht 2021. Verified: foreignaffairs.com; carlotaperez.org/about; en.wikipedia.org/wiki/Carlota_Perez. Academic uptake concentrated in innovation studies and heterodox economics; mainstream growth economics engaged the parallel GPT literature instead. Field (2011) and Gordon (2016) supply the strongest empirical counter-evidence to her staging. The book's largest live constituency is venture capital, where it functions as folk theory of cycles.

Reviews: Richard R. Nelson (Columbia) · Douglas J. Puffert · Raphael Kaplinsky · Bertrand M. Roehner (Univ. Paris 7) · Richard N. Cooper (Harvard)

Sources: carlotaperez.org · en.wikipedia.org · econpapers.repec.org · www.cambridge.org · eh.net · www.foreignaffairs.com · reactionwheel.net · press.stripe.com

IIICore and reverse outline

Functional separation of financial and production capital; decoupling produces the bubble, the ensuing collapse forces institutional recomposition, recoupling delivers the golden age.

Financial and production capital decouple→Bubble inflates the new infrastructure→Correction forces institutional recomposition→Recoupling delivers the golden age

Scope: Core countries only; heuristic not straitjacket; wars excluded from clean model
Rival, per the author: Kondratiev long-wave economics
Actual nearest rival: Minsky-Kindleberger financial-instability theory; Arrighi finance-led cycles

STAGING Intro · An Interpretation Stakes the recurring-sequence claim and indicts neo-Schumpeterian economics for dropping finance from technology-cycle theory.

Key interlocutors

builds on Schumpeter: Adopts his 'two wheels', the entrepreneur and the financier (Business Cycles 1939, p. 104), then indicts the neo-Schumpeterians for keeping the entrepreneur and dropping the financier.

demarcates from Minsky: Credits Minsky for linking finance and innovation, then faults the financial-instability hypothesis for supplying no link between the types of financial innovation and technology (p. xviii).

STAGING 1 · The Turbulent Ending of the Twentieth Century The NASDAQ crash presented as a rerun of 1929: the motivating puzzle.

Key interlocutors

builds on Minsky: Opens on Minsky (1986) as the rare economist who 'does put innovation in' the story of financial instability, the springboard for her finance-and-technology synthesis (p. 3).

draws on Kindleberger: Frames the 1990s NASDAQ mania as one more recurrent speculative bubble, the structural twin of 1929.

LOAD-BEARING 2 · Technological Revolutions and Techno-Economic Paradigms Defines the units everything downstream consumes: five surges, big-bangs, new industries and infrastructures, and the paradigm as best-practice common sense.

Five technological revolutions since 1771, each launched by a big-bang (p. 11, Table 2.1)
Each revolution carries a techno-economic paradigm that must displace its predecessor's institutions over two-three turbulent decades (p. 15)

Key interlocutors

builds on Kuhn: Transposes Kuhn's 'paradigm' into the 'techno-economic paradigm', a best-practice common sense that must displace its predecessor.

builds on Dosi: Routes Kuhn into economics through Dosi's (1982) 'technological paradigm', the bridge she credits in footnote 7.

builds on Kuznets: Names Kuznets's 'epochal innovations' as the forerunner of the surge as the unit of growth history.

SUPPORTING 3 · The Social Assimilation of Technological Revolutions Paradigm assimilation is an institutional struggle, not an automatic diffusion.

Key interlocutors

extends Schumpeter: Takes 'creative destruction' (credited to Schumpeter at p. 22) but relocates it from the market to institutional struggle, faulting his attachment to equilibrium.

demarcates from Kuznets: Flags Kuznets's doubt about Schumpeter's causal link between innovation clustering and the wave, hedging the mechanism.

LOAD-BEARING 4 · The Propagation of Paradigms: Installation and Deployment Each surge splits into installation (finance in command) and deployment (production in command), joined by the turning point.

Installation/deployment split with the turning point as the joint (p. 47-48)
Britain lost third-surge leadership by financing the world's infrastructure instead of renewing its own industry (p. 58)

Key interlocutors

demarcates from Kondratiev: Breaks with the Schumpeter-Kondratiev habit of measuring each wave trough-to-trough (p. 36); her surge runs big-bang to big-bang.

demarcates from Freeman & Louçã: Shares the school's frame but times the phases about half a cycle differently from Freeman and Louçã (2001).

draws on Landes: Uses Landes's Unbound Prometheus for the case of Britain financing the world's infrastructure instead of renewing its own industry (p. 58).

LOAD-BEARING 5 · The Four Basic Phases of Each Surge Phase anatomy (irruption, frenzy, synergy, maturity around the turning point) with the dated phase map: the model's only falsifiable surface.

The dated phase map of all five surges (p. Fig 5.2, 57)

Key interlocutors

extends Schumpeter: Elaborates his innovation-driven disequilibrium into a dated four-phase anatomy (irruption, frenzy, synergy, maturity), the model's only falsifiable surface.

draws on Kindleberger: Calibrates the phase dating to the recorded history of financial crises he supplies.

STAGING 6 · Uneven Development and Time-Lags Demarcates from Kondratiev long-wave economics; core-periphery lags; resurrects Wells's Victorian deflation puzzle.

Long-wave economics fails on endogenous closure, aggregate up/downswings, and assumed synchrony (p. 60)

Key interlocutors

upends Kondratiev: The core demarcation: rejects long-wave economics on three counts (endogenous-economy closure, hunting up/downswings in aggregates, assumed worldwide synchrony) and renames the object 'great surges' to escape it (p. 60).

builds on Wells (David A.): Resurrects the Victorian economist David A. Wells, adapting his 1889 deflation-and-diffusion puzzle as her Figure 6.1.

draws on Mensch: Notes Gerhard Mensch's (1979) 'very similar hypothesis' on innovation clustering, a sibling within the tradition she otherwise leaves behind.

LOAD-BEARING 7 · Financial Capital and Production Capital Defines the engine's two agents: functionally separate, with different criteria and time horizons; demarcated from Hilferding's fusion thesis.

FK and PK as functionally separate agents whose relationship drives the phase sequence (p. 71-73)
Against Hilferding: separation, not fusion (p. 72)

Key interlocutors

builds on Veblen: Grounds the financial/production-capital split in Veblen's (1904) opposition of the 'captains of finance' and the engineers, calling her distinction 'more in line with Veblen's view' (p. 71).

extends Schumpeter: Starts from Schumpeter's distinction of the financial and entrepreneurial functions (1939, Vol. 1) and his 'borrowed money' definition of capitalism, then widens it so all direct producers count as production capital.

upends Hilferding: Rejects Hilferding's 'finance capital' fusion of banks and industry (Finanzkapital 1910), insisting on functional separation instead (p. 72).

draws on Kindleberger: Sources the crisis chronology of Figure 7.2 to Kindleberger's Manias, Panics and Crashes (1978, Appendix B), absorbing his mania model as the grammar of the frenzy.

APPLICATION 8 · Maturity: Financial Capital Planting the Seeds of Turbulence Idle money at the end of a surge funds the next big-bang.

Key interlocutors

draws on Landes: Uses Landes's UK foreign-investment data (Table 8.1) to show idle finance flowing abroad as a surge matures.

draws on Marichal: Charts recurrent Latin American loan-fever-and-default (Figure 8.1, after Marichal 1988) as the maturity-phase export of idle money.

builds on Schumpeter: Invokes his 'borrowed money' capitalism to argue idle money hunts the next big-bang.

SUPPORTING 9 · Irruption: The Love Affair of Financial Capital with the Revolution Finance falls for the new technology while the old economy stagnates: 'two moneys' coexist.

Key interlocutors

draws on Kindleberger: Leans on Kindleberger's account of finance chasing novelty (the lure of 'juicy commissions', p. 19) for the 'love affair' of financial capital with the new technology.

builds on Schumpeter: Uses 'creative destruction' to portray irruption's simultaneous rise of the new and decline of the old (p. 90).

LOAD-BEARING 10 · Frenzy: Self-Sufficient Financial Capital and the Bubble Decoupling: paper wealth outruns real wealth, the casino subsumes the economy, and the bubble inflates the revolution's own infrastructure.

The great bubbles are technologically selective (p. 79)
Strange's casino capitalism absorbed as the frenzy phase (p. 100)

Key interlocutors

upends Susan Strange: Takes Strange's 'Casino Capitalism' and 'Mad Money' and subsumes the casino as merely one phase, frenzy, of her cycle (p. 100).

extends Minsky: Builds on Minsky's endogenous financial fragility for the decoupling of paper from real value, while insisting the fragility is technologically timed, not free-floating.

draws on Galbraith: Draws on Galbraith's A Short History of Financial Euphoria for the recurring, short-memoried mania and its imperviousness to regulation.

LOAD-BEARING 11 · The Turning Point: Institutional Recomposition Frenzy's unsustainability forces the correction, and the correction forces the institutional recomposition that makes the golden age possible.

Frenzy unsustainable: paper-real divergence plus premature market saturation (p. 115-16)
Golden ages follow crashes only when recomposition recouples finance to production (p. 52-53)

Key interlocutors

builds on Keynes: Casts the post-crash institutional recomposition in Keynesian terms, Keynes as the theorist whose state-intervention model fit the fourth surge's recovery.

draws on Kindleberger: Uses Kindleberger's crisis histories and fraud catalog for the mechanics of the crash and its aftermath.

demarcates from Minsky: Notes Minsky's (1982) 'financial instability' as a category for risky credit, but distinguishes her structural turning point from his recurrent instability (p. 114).

SUPPORTING 12 · Synergy: Supporting the Expansion of the Paradigm Golden-age conditions: coherent growth with finance recoupled to production.

Key interlocutors

draws on Keynes: Reads the postwar Keynesian settlement as the template synergy: recoupled finance and production in a golden age.

RESIDUAL 13 · The Changing Nature of Financial and Institutional Innovations A typology of financial innovations by phase; interesting, not structurally necessary.

Key interlocutors

draws on W. Brian Arthur: Applies Arthur's 'arrangements-for-use' and increasing returns to a phase-by-phase typology of financial innovations (p. 138).

SUPPORTING 14 · The Sequence and its Driving Forces The causal recap: the book's best single statement of the whole model.

Key interlocutors

builds on Schumpeter: The causal recap restates the whole model as a Schumpeterian sequence with finance restored to the mechanism.

RESIDUAL 15 · Implications for Theory and Policy Prescriptions for riding the sequence; the sermon.

Key interlocutors

builds on Keynes: Argues for active institutional design to steer the sequence, in a broadly Keynesian register of managed capitalism.

APPLICATION Epi · The World at the Turning Point Real-time application: 2002 as the fifth surge's turning point, golden age available if institutions are rebuilt.

As of 2002 the world sits at the fifth surge's turning point (p. 167-72)

Key interlocutors

demarcates from Minsky & Kindleberger: Concedes that to analyze particular financial crises 'one is better advised to use Minsky's or Kindleberger's models', reserving her framework for the recurring structural sequence (p. 167).

draws on Freeman: Cites Freeman's 2001 'hard landing for the new economy' as one of the few readings connecting the collapse to technical and institutional change.

Argumentative movement. The book moves from taxonomy to engine to sermon: Part I persuades you the half-century surge exists and has internal phases; Part II supplies the causal machinery by walking the same circle twice, once as phases and once as the financial-capital/production-capital relationship; Part III converts the machinery into policy hope. Nothing after chapter 11 adds load; everything before chapter 2 is throat-clearing. The structure is a single argument stated three times at rising resolution, which is why coherence scores 9 and why readers either convert or reject wholesale.

IVHinges — where it stands or falls

Each hinge opens to its dependencies, evidence, vulnerability and concessions.

LOG Frenzy must end in financial correction; the crash's form and severity are contingent (p. xvii, 115-116) reframed

If wrong, falls: Part II's engine and Part III's policy program need some forced correction to trigger institutional recomposition; the STRONG reading (one necessary great crash per surge) additionally underwrites the four clean turning points of Fig 5.2

Evidence offered: Frenzy structurally unsustainable: paper wealth outruns real wealth and income concentration saturates markets prematurely (pp. 115-16)
Vulnerability: The strong reading is contradicted by Field (2011): golden-age productivity growth began during the 1930s crisis, before any recomposition. The weak reading risks vacuity, since every boom ends eventually. And Minsky-Kindleberger derive the same collapses with no technological revolution required
What remains: The dilemma is the finding: the falsifiable strong version conflicts with evidence, the safe weak version loses predictive content. Technologically selective bubbles survive either way

Author concedes: financial capital 'contributes to deepen the mismatch leading to a POSSIBLE crash' (Intro p. xvii); allows one great crash or a sequence of partial collapses

DEF Phase dating independent of the crises it explains (p. 79) reframed

If wrong, falls: The model's standing as theory rather than taxonomy; every dated cell of Fig 5.2 and any claim to predict where a surge sits now

Evidence offered: Five historical surges pattern-matched to the same phase template (Fig 5.2)
Vulnerability: Phases are dated from the crises the model claims to predict; without independent dating the theory cannot fail
What remains: A taxonomy and heuristic, stripped of predictive standing

Author concedes: concedes 'a certain amount of circularity' p.79

EMP Five big-bangs are the correct surge markers (p. 11) weakened

If wrong, falls: The surge count itself, and every cross-period comparison that treats the five as equivalent units

Evidence offered: Table 2.1: each big-bang a cheap, visible, cost-competitive breakthrough opening a new opportunity space
Vulnerability: Boundary of surges 3 and 4 is contested territory (Smil's Age of Synergy spans it; Gordon sees one special century); marker selection has degrees of freedom
What remains: Robust for surges 1, 2 and 5; contestable for 3 and 4

Author concedes: ending dates 'relatively meaningless' p.12

MECH Frenzy wealth is decoupled from real value (p. 50, 115) intact

If wrong, falls: The bubble-selectivity claim (canal mania, railway mania, dot-com), which is the book's strongest empirical hook

Evidence offered: Canal mania, railway mania and dot-com each inflated the NEW revolution's infrastructure specifically
Vulnerability: Janeway's amendment: the bubble finances the infrastructure, so the decoupling is partly functional rather than pathological
What remains: Strengthened in modified form: technologically selective bubbles are the durable finding

SCOPE Model applies to core countries (p. 58) intact

If wrong, falls: External validity: whether the framework says anything about deployment led from outside the old core

Evidence offered: Britain then US leadership narrative across five surges
Vulnerability: Fifth-surge deployment arguably led from outside the old core (China), straining the core-country frame
What remains: Intact as a stated limitation

Author concedes: periphery experiences surges differently

Name	Work	N	Engagement
Schumpeter	Business Cycles 1939	33	constitutive
Freeman	joint papers 1988; preface	24	constitutive
Kindleberger	Manias, Panics and Crashes 1978	21	constitutive
Sobel	US financial histories 1965-	16	evidentiary
Strange	Casino Capitalism 1986; Mad Money 1998	12	extractive
Keynes	The General Theory (1936); Essays in Persuasion (1926); Treatise on Money (1930)	11	evidentiary
Galbraith	A Short History of Financial Euphoria (1990:1993)	10	evidentiary
Wells, David A.	Recent Economic Changes 1889	10	constitutive
Soros	The Crisis of Global Capitalism (1998); Open Society (2000)	9	evidentiary
Kondratiev	long waves	8	adversarial
Chandler	The Visible Hand (1977); Scale and Scope (1990)	8	evidentiary
Minsky	1975, 1982, 1986	7	adversarial
Kuznets	epochal innovations 1971	7	constitutive
Kuhn	Structure 1962	7	constitutive
Dosi	technological paradigms 1982	4	constitutive
Hilferding	Finanzkapital 1910	1	adversarial
Arrighi	The Long Twentieth Century 1994	—	ghost
Gille	Histoire des techniques 1978	—	ghost
Braudel	Civilization and Capitalism	—	ghost
Veblen	Theory of Business Enterprise (1904, constitutive); Theory of the Leisure Class (1899)	5	constitutive
Arthur	W. Brian Arthur, increasing returns / 'arrangements-for-use' (1988, 2002)	4	evidentiary
Hobsbawm	The Age of Revolution (1962); The Age of Empire (1987)	7	evidentiary
Mensch	Stalemate in Technology (1979)	2	evidentiary
Mandel	Ernest Mandel, Late Capitalism (1975) — Marxist long waves	1	courtesy
Shiller	Irrational Exuberance (2000)	2	evidentiary
Landes, David S.	The Unbound Prometheus (1969)	7	evidentiary
Goldstein	Long Cycles: Prosperity and War 1988	—	ghost
Rostow	The World Economy 1978 (wave datings)	—	ghost