The History of Innovation Pre-industrial foundations through 2026 — seven epochs, the inventors, the institutions, the patterns
A mind map of innovation across human history: scientific, industrial, informational, and contemporary epochs, plus the theoretical patterns (Kondratieff waves, Schumpeterian creative destruction, S-curves, disruptive innovation) that organize the whole. Named inventors, institutions, and inventions with dates across seven branches.
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Pre-Industrial Foundations, pre-1760 First Industrial Revolution, 1760–1840 Second Industrial Revolution, 1870–1914 20th-Century Science and Engineering, 1914–1970 Information Age, 1970–2010 Contemporary Era, 2010–2026 Patterns and Theories of Innovation Ancient and Classical Medieval and Islamic Golden Age Gutenberg and Early Modern The Scientific Revolution Steam Power Textiles Iron, Coal, and Transport Innovation Institutions Electricity Internal Combustion and Automotive Chemistry and Communication Organizational Innovation Physics Revolution Computing Origins Biology and Medicine Aerospace and the Cold War Push Microelectronics and PCs Internet and Web Mobile and Wireless Biotech Industrialization Artificial Intelligence Biotechnology Breakthroughs Space and Energy Quantum and Advanced Computing Long-Cycle and Wave Theories Diffusion and Adoption Disruption and S-curves Systems, Ecosystems, and Combinatorics Foundational technologies Greek and Roman engineering Chinese inventions Islamic scholarship European medieval The printing revolution Age of Exploration Astronomy and physics Institutional foundations Experimental method Early steam engines Steam applied Mechanization Cotton and factory Iron production Transport infrastructure Informal networks Industrial pioneers Foundational science Thomas Edison Tesla and AC Engine development Mass automotive Chemical industry Communication Scientific management Fordism and mass production Industrial research labs Relativity Quantum mechanics Nuclear physics Theoretical foundations Early machines Transistor and ICs Antibiotics Molecular biology Public health technology Aviation Space R&D institutions Moore's Law era Personal computers Software foundations Early networks World Wide Web Commercial web Cellular networks Smartphone era Genomics Biotech industry Deep learning breakthrough Generative AI AI-native development CRISPR and gene editing mRNA and vaccines Longevity and drug discovery Commercial space Energy transition Quantum milestones Chips arms race Kondratieff waves Schumpeterian creative destruction Perez technological revolutions Diffusion of innovations Crossing the chasm Network effects Disruptive innovation Technology S-curves Innovator's dilemmas National and regional systems Open and user innovation Combinatorial innovation Institutional economics Wheel — Sumer, c. 3500 BCE Bronze and iron metallurgy Cuneiform writing — Mesopotamia, c. 3200 BCE Agriculture — Fertile Crescent, c. 10,000 BCE Archimedes — screw, lever, buoyancy Roman aqueducts and concrete Alexandrian mechanics (Hero, Ctesibius) Papermaking — Cai Lun, 105 CE Printing — woodblock 7th c., movable type 11th c. Gunpowder, compass House of Wisdom, Baghdad c. 830 Al-Khwarizmi — algebra, algorithms Ibn al-Haytham — optics, Book of Optics 1021 Heavy plow, three-field rotation Windmills, waterwheels University of Bologna founded 1088 Johannes Gutenberg movable type, c. 1440 Gutenberg Bible c. 1455 By 1500 over 20M books printed in Europe Mariner compass, astrolabe Columbus 1492, Vasco da Gama 1498 Portuguese caravel design Copernicus heliocentrism 1543 Galileo telescope 1609; Dialogue 1632 Kepler laws of planetary motion Newton Principia 1687 Royal Society founded 1660 Académie des Sciences 1666 Philosophical Transactions — first journal 1665 Bacon Novum Organum 1620 Boyle — air pump, Sceptical Chymist 1661 Hooke Micrographia 1665 Newcomen atmospheric engine 1712 James Watt separate condenser 1769 Boulton & Watt Soho Manufactory 1775 High-pressure steam — Trevithick 1801 Rocket locomotive — Stephenson 1829 Steamboat — Fulton Clermont 1807 Spinning jenny — Hargreaves 1764 Water frame — Arkwright 1769 Spinning mule — Crompton 1779 Power loom — Cartwright 1785 Cotton gin — Eli Whitney 1794 Cromford mill — first factory, 1771 Manchester as Cottonopolis Abraham Darby — coke smelting 1709 Henry Cort puddling process 1784 Bessemer steel process 1856 (late era) Bridgewater Canal 1761 Turnpike trusts; macadamized roads Liverpool–Manchester railway 1830 Lunar Society of Birmingham — Boulton, Watt, Wedgwood, Darwin British patent system strengthened post-1624 Josiah Wedgwood — pottery and division of labor Richard Arkwright — factory system Matthew Boulton — Soho, mass production Faraday electromagnetic induction 1831 Maxwell equations 1865 Menlo Park lab 1876 — first industrial R&D Phonograph 1877 Incandescent bulb Oct 1879 Pearl Street Station 1882 — first power grid Nikola Tesla — polyphase AC induction motor Westinghouse AC system War of Currents AC vs DC late 1880s Niagara Falls AC power 1895 Otto 4-stroke engine 1876 Daimler high-speed engine 1885 Benz Patent-Motorwagen 1885 Diesel engine 1893 Ford Model T 1908 Moving assembly line 1913 — 93 min to build Model T price $850 → $260 by 1925 Haber–Bosch nitrogen fixation 1909 German dyestuffs industry — BASF, Hoechst, Bayer Aspirin — Bayer 1897 Solvay process for soda ash 1861 Telephone — Bell 1876 Wireless telegraphy — Marconi 1895 Transatlantic wireless 1901 Audion triode — de Forest 1906 Frederick Winslow Taylor — Principles 1911 Time-motion studies — Gilbreths Ford Highland Park 1913 Five-dollar day 1914 Standardization + interchangeable parts GE Research Lab 1900 — Willis Whitney Bell Labs 1925 (evolved from AT&T) DuPont central research 1902 Einstein special relativity 1905 General relativity 1915 Eddington eclipse confirmation 1919 Planck quanta 1900; Bohr atom 1913 Heisenberg, Schrödinger, Dirac 1925–28 Copenhagen interpretation Chadwick neutron 1932 Fission — Hahn, Meitner 1938 Manhattan Project 1942–45 Turing — On Computable Numbers 1936 Shannon information theory 1948 Von Neumann architecture 1945 Zuse Z3 1941 Colossus — Bletchley Park 1943 ENIAC 1946; UNIVAC I 1951 Bardeen, Brattain, Shockley transistor 1947 Noyce / Kilby integrated circuit 1958–59 IBM System/360 announced 1964 Fleming penicillin 1928 Mass production WWII Streptomycin — Waksman 1944 DNA double helix — Watson, Crick, Franklin 1953 Genetic code cracked 1966 Recombinant DNA — Boyer, Cohen 1973 Salk polio vaccine 1955 Green Revolution — Borlaug 1960s Heart transplant — Barnard 1967 Wright brothers first flight Dec 17, 1903 Jet engine — Whittle 1930, von Ohain 1939 Sound barrier — Yeager 1947 Sputnik — Oct 4, 1957 Yuri Gagarin first human in space, April 12, 1961 Apollo 11 Moon landing, July 20, 1969 RAND Corporation 1948 DARPA founded 1958 as ARPA NASA 1958 (evolved from NACA) Moore's 1965 paper projecting transistor scaling Intel 4004 Nov 1971 Intel 8086 1978 → x86 dominance Homebrew Computer Club March 1975 Apple II 1977; IBM PC 1981 Macintosh GUI 1984 Windows 95 GUI goes mainstream UNIX — Bell Labs 1969 Microsoft founded 1975 Open source: GNU 1983, Linux 1991 ARPANET first message Oct 29, 1969 TCP/IP — Cerf and Kahn 1974 Ethernet — Metcalfe 1973 Tim Berners-Lee CERN proposal 1989 First website Dec 1990 Mosaic 1993; Netscape 1994 Amazon 1994; eBay 1995 Google founded 1998; PageRank Dot-com bubble and crash 2000 1G analog 1980s; 2G GSM 1991 3G 2001; 4G LTE 2009 BlackBerry late 1990s–2000s iPhone Jan 9, 2007 Android Open Handset Alliance Nov 2007 PCR — Kary Mullis 1983 Human Genome Project 1990–2003 Next-gen sequencing — Illumina 2006 Genentech founded 1976 First recombinant insulin — Humulin 1982 Monoclonal antibody drugs AlexNet Sept 2012 (Krizhevsky, Sutskever, Hinton) AlphaGo defeats Lee Sedol March 2016 Transformer paper — Vaswani et al. 2017 GPT-3 June 2020; ChatGPT Nov 2022 Claude — Anthropic 2023 GPT-4 March 2023; GPT-5 2025 DALL-E, Midjourney, Stable Diffusion 2022 Copilot — GitHub + OpenAI 2021 Cursor 2023; Claude Code May 2025 Model Context Protocol — Anthropic Nov 2024 Doudna, Charpentier CRISPR-Cas9 2012 Nobel Prize 2020 Casgevy approved Dec 2023 — first CRISPR therapy Karikó, Weissman mRNA foundational work COVID-19 vaccines — Pfizer/BioNTech, Moderna 2020 Nobel Prize 2023 AlphaFold — DeepMind 2018, 2020 Altos Labs $3B launch 2022 GLP-1 class — Ozempic, Wegovy, Mounjaro mainstream 2023 SpaceX Falcon 9 first reuse March 2017 Starlink constellation — first launch May 2019 Starship test flights 2023–25 Solar PV cost down ~90% 2010–2020 Tesla Model S 2012; Model 3 2017 IRA passed Aug 2022; $370B climate spend Commonwealth Fusion Systems targeting net gain late 2020s Google Sycamore "quantum supremacy" Oct 2019 IBM 127-qubit Eagle 2021 Google Willow chip Dec 2024 — error correction threshold NVIDIA H100 2022; Blackwell B200 2024 CHIPS Act — Aug 2022 $52B TSMC Arizona fab 2024 Nikolai Kondratieff — 40–60 year cycles 1925 K-wave mapping to industrial revolutions Joseph Schumpeter — Theory of Economic Development 1911 Capitalism, Socialism and Democracy 1942 Entrepreneur as innovator Carlota Perez — Technological Revolutions and Financial Capital 2002 Installation vs deployment phases Everett Rogers — 1962 book Innovators, Early Adopters, Early/Late Majority, Laggards Geoffrey Moore — 1991 book Chasm between early adopters and mainstream Metcalfe's Law — network value n² Reed on group-forming networks Clayton Christensen — Innovator's Dilemma 1997 Low-end and new-market disruption Jobs-to-be-done framework Richard Foster — Innovation: The Attacker's Advantage 1986 Paradigm discontinuities Core vs context; resource-allocation bias Sustaining vs disruptive trajectories Freeman — National Systems of Innovation 1987 Porter — Competitive Advantage of Nations 1990 Silicon Valley as ecosystem (Saxenian 1994) Henry Chesbrough — Open Innovation 2003 Eric von Hippel — Democratizing Innovation 2005 W. Brian Arthur — The Nature of Technology 2009 Technology as recombination of prior parts Hal Varian — "combinatorial innovation" coinage Douglass North — institutions as innovation substrate Mariana Mazzucato — The Entrepreneurial State 2013 The History of Innovation Brian Tighe · Mind Maps Orbital mind map. Scroll to zoom, drag to pan, or use the buttons above (+ / − / 0 keys also work). Hover a node to highlight its path to the center and the subtree beneath it. How to read this The center holds the topic. The six branches fan out bilaterally — three on each side — each in its own color. Sub-branches nest three levels deep under each top-level branch. Hover a leaf to trace the path back to the center; hover a branch to see everything it contains.
This is the shape the topic has when you try to hold the whole field in your head at once. It is not an argument; it is a scaffold. The essays argue against or within scaffolds like this one.