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TechnologyCycles.org Sitemap

Welcome to the TechnologyCycles.org sitemap. This directory provides access to the site’s historical research, economic analysis, technology-supercycle models, economist biographies, reference libraries, artificial intelligence research, and cultural and visual projects.

The research begins with the five historical technological revolutions examined by Carlota Perez and extends into my six-supercycle framework, which identifies Artificial Intelligence and Autonomous Systems as an emerging sixth revolution beginning in 2022. The material can be explored structurally, by comparing recurring developments across technological revolutions, or chronologically, by following the evolution of each productive system.

Start Here: Main Research Sections

The Six Technology Supercycles

My Technology Supercycles framework builds upon Perez’s five historical technological revolutions while examining the five overlapping innovation waves within each. It also proposes a sixth revolution centered on Artificial Intelligence and Autonomous Systems, developing alongside the still-evolving Information and Telecommunications revolution.

  • Cycle One, beginning in 1771: Textiles, Water Power, and Canals.
  • Cycle Two, beginning in 1829: Steam Power and Railways.
  • Cycle Three, beginning in 1875: Steel, Electricity, and Heavy Engineering.
  • Cycle Four, beginning in 1908: Oil, Automobiles, and Mass Production.
  • Cycle Five, beginning in 1971: Information and Telecommunications, still developing.
  • Cycle Six, beginning in 2022: Artificial Intelligence and Autonomous Systems, with later developments projected into the 2060s.

Explore the Six Technology Supercycles and their five innovation waves.

The Structural Perspective: Comparing Technological Revolutions

Structural analysis of five historical technological revolutions

Five Historical Revolutions: The Structural View

The structural perspective examines recurring patterns across the five revolutions identified by Carlota Perez. It investigates the technological, financial, productive, and institutional relationships through which new inventions develop into economic systems capable of transforming society.

These comparisons include infrastructure, cost reduction, industrial organization, standardization, market formation, labor, innovation clustering, capital, and institutional adaptation. Each revolution develops within different historical circumstances, but their comparison reveals relationships that might otherwise remain hidden.

The Singularity Stacks Reference Library contains research collections supporting this structural perspective.

Disruptions Dawn: From Steam to Silicon

Disruptions Dawn

Ten Dimensions of Transformation

Disruptions Dawn studies how individual technological breakthroughs initiate wider changes in productive capacity, industrial infrastructure, markets, institutions, and economic relationships. It draws upon Perez’s model of technological surges and W. Brian Arthur’s account of technological evolution.

The first ten chapters investigate recurring systemic dimensions. Chapter Eleven examines their combined economic and social consequences, including the effects of the digital revolution upon productive communities, ownership, and the middle-class ecosystem.

Enter Disruptions Dawn

Disruptions Dawn: Complete Chapter Directory

Disruptions Dawn: Innovations and Bibliography Collections

The structural research collections document the inventions, technical improvements, economic relationships, and historical sources associated with the eleven chapters. They support the comparative examination of technological transformations across different historical periods.

These research pages are part of the Singularity Stacks Reference Library. Their coverage and documentation continue to develop.

The Singularity Stacks: Chronological Research Collections

The chronological collections organize historical innovations, technical improvements, and research sources within each technological revolution. The Core Formation material examines the development of productive capabilities before each initiating breakthrough. Later collections cover Installation, the Turning Point, and Deployment.

The Five Historical Cycles

The emerging sixth supercycle remains a developing research field. Its historical record, projected innovation waves, computing infrastructure, energy requirements, and economic consequences are examined through The Six Technology Supercycles and related AI research.

The Chronological Perspective

Technology Cycles chronological overview

Five Historical Technology Cycles

The chronological perspective follows each revolution from the technologies that prepared its emergence through Installation, the Turning Point, and Deployment. It places inventions, industrial changes, financial events, and institutional developments into their historical settings.

The five historical revolutions form the foundation for my broader six-supercycle model. The proposed sixth AI revolution is examined separately because its later waves remain projected rather than completed historical developments.

Explore the Five Historical Technology Cycles

Cycle One: The Industrial Revolution, 1771–1829

The first revolution introduced the factory system and the mechanization of cotton production, creating new relationships among machinery, water power, skilled labor, finance, industrial organization, and markets.

The Cycle One overview provides the historical explanation of the later phases. The separate Core Formation chapter examines five stages of innovation and investment leading toward Arkwright’s Cromford Mill.

Cycle Two: The Rail Revolution, 1829–1873

Steam transportation and expanding railway networks transformed the economic geography of industry by connecting cities, factories, mines, agricultural districts, and markets over greater distances.

The revised Cycle Two overview examines locomotive development, Railway Mania, the financial crisis of 1847, the revolutions of 1848, and the expanding industrial markets of Europe and North America.

Cycle Three: Steel, Electricity, and Heavy Engineering, 1875–1918

The third revolution established the foundations of modern heavy industry, electrical infrastructure, telecommunications, scientific manufacturing, and increasingly complex industrial corporations.

The revised overview examines Carnegie’s steel industry, commercial electrification, the Panic of 1893, corporate consolidation, labor conflict, and the development of productive capabilities inherited by the fourth revolution.

Cycle Four: Oil, Automobiles, and Mass Production, 1908–1974

The fourth revolution combined automobiles, petroleum, mass manufacturing, industrial chemicals, roads, aviation, consumer markets, and the infrastructure that supported the postwar middle-class expansion.

  • Core Formation, approximately the 1870s–1908
  • Installation, approximately 1908–1929
  • Turning Point, approximately 1929–1943, with institutional adjustment differing among countries
  • Deployment and Maturity, broadly from the wartime and postwar transition through the early 1970s

The revised overview distinguishes the Model T’s 1908 introduction from Ford’s 1913 moving assembly line, examines the Great Depression and wartime industrial mobilization, and explains the relationship between mass production, public infrastructure, wages, and purchasing power.

Cycle Five: Information and Telecommunications, 1971–Present

The fifth revolution introduced semiconductor computing, software, telecommunications, the Internet, digital platforms, and the technology-enabled globalization of production and knowledge work.

  • Core Formation, approximately 1940–1971
  • Installation, approximately 1971–2000
  • Extended Turning Point, beginning in the early 2000s and remaining unresolved in this interpretation
  • Deployment, whose broader development and institutional timing remain under examination

The Core Formation chapter investigates the development of electronic computing, transistors, integrated circuits, software, networking, telecommunications, and semiconductor manufacturing. The historical overview examines the larger digital revolution and its economic consequences.

Cycle Six: Artificial Intelligence and Autonomous Systems, 2022–2060s (Projected)

My sixth supercycle begins with the broad commercial emergence of generative AI and foundation models in 2022. Its projected five overlapping innovation waves examine generative intelligence, AI agents and autonomous knowledge work, computing and energy infrastructure, AI-driven scientific and biological development, and increasingly autonomous productive systems.

The later timing and economic outcomes remain projections. The framework investigates the relationship between increasingly capable intelligence systems and the physical infrastructure required to support them, including semiconductors, electricity, data centers, manufacturing, and communications networks.

The Evolution of Technology-Cycle Theory

Evolution of technology-cycle models

The Historical Models and Frameworks

The theoretical history of technology cycles begins with research into long economic fluctuations and develops through Schumpeter’s innovation swarms, Christopher Freeman’s evolutionary economics, and Carlota Perez’s interpretation of great technological surges.

The four-part history explains how these ideas developed, where their interpretations differed, and why a productive economy undergoing continuous technological transformation requires more than conventional explanations of business cycles.

Foundational Economist Biographies and Research

The economist biography collection provides background on the researchers whose work contributed to the modern understanding of technological revolutions. Its central figures are Kondratiev, Schumpeter, Freeman, and Perez.

The Kondratiev research distinguishes his original long-cycle investigations from later interpretations that placed successive technological revolutions into repeating wave diagrams. The Marx and Engels essay examines the economic transformations they experienced and the historical limitations of their conclusions.

Four Economic Schools of Thought

The Four Economic Schools section examines four influential interpretations of economic crises, investment, money, employment, profitability, and the ownership of productive capital. It evaluates their contributions while asking how technological revolutions transform the economic environment those schools seek to explain.

These revised articles connect the economic schools to the history of technological revolutions, the distribution of wealth, and the institutional problems associated with the fifth digital supercycle.

Artificial Intelligence and Economic Research

The AI research explores how historical evidence, innovation records, economic relationships, and technological dependencies might be used to develop more sophisticated interpretations of long-term economic transformation.

Additional Research and Site Information

Art, Cultural History, and Visual Research

TechnologyCycles.org also includes visual and cultural work examining technological change, historical periods, art, and the relationships between economic and social transformation.

The individual galleries and artwork pages can be reached through their parent sections. They remain part of the site’s larger exploration of how technologies, institutions, and cultural expression change together.

About This Sitemap

This directory covers the principal research articles, theoretical frameworks, historical overviews, chapter collections, reference libraries, and public-facing sections of TechnologyCycles.org. The site’s automatically generated WordPress navigation also provides access to individual gallery pages and research records.

Some reference collections continue to develop. The projected sixth supercycle will also require continuing historical research as new AI capabilities, industrial infrastructure, economic institutions, and productive systems emerge.

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