Evolution of Economic Growth Theories Sources of Growth, Wealth of Nations & Factors of Development β A Longitudinal Panel Dataset, 1776β2016
Longitudinal Panel Dataset Β· 54 Economists & Growth Theorists
68 Observations Β· 18 Variables (incl. Publication URL) Β· Based on Major Works & Published Growth Theory Designed for Thoughtmetrics Panel Data Analysis
54
Economists
68
Observations
18
Variables
240
Years Covered
π Dataset Overview
This longitudinal panel dataset traces the evolution of economic growth theories from Adam Smith's Wealth of Nations (1776) to Robert Gordon's Rise and Fall of American Growth (2016). Each of the 68 rows represents a specific economist's theoretical position on the determinants of growth, sources of per capita income, and drivers of national wealth β coded from their most influential publication of that year and grounded in what they actually argued.
The dataset is built as a true panel: multiple economists appear at more than one point in time, enabling direct tracing of intellectual evolution. Robert Solow appears in both 1956 (neoclassical model) and 1957 (TFP residual), Simon Kuznets in 1955 and 1966, Joseph Schumpeter in 1911 and 1942, Thomas Malthus in 1798 and 1820, and Daron Acemoglu in 2001 and 2002 and 2012. This allows Thoughtmetrics users to generate time-filtered set theory operations, group economists by school, and produce consciousness matrices comparing paradigms across the three great revolutions in growth theory: the Neoclassical Revolution (1956), the Endogenous Growth Revolution (1986β1995), and the Institutions Paradigm (1990β2012).
The Publication URL column (column 5) provides direct links to each cited work for verification and further reading. All thematic variable values use fixed categorical labels drawn from the vocabulary of growth economics, ensuring meaningful frequency distributions for Thoughtmetrics analysis.
π Publication URL Column β Source Types
Badge
Source
Access
Examples
OPEN
EconLib, Marxists.org, Mises.org, Archive.org, Nobel Prize site, CEPAL, NBER working papers, author pages, IMF SDN, Prebisch CEPAL
Freely accessible landing page; purchase may be required for full text
Easterly 2001, Sen 1999, Chang 2002, Helpman 2004, Eichengreen 2007, Collier 2007, Reinert 2007, Gordon 2016, Piketty 2014, Rodrik 2011, Mazzucato 2013, BanerjeeβDuflo 2011, AcemogluβRobinson 2012, North 1990
β‘ How to Import & Analyse in Thoughtmetrics
1
Download the Excel file. In Thoughtmetrics, go to Dataset Lab β check β Panel Data Mode β Import XLSX.
2
Select "Year" from the time variable dropdown and click Set as Time Variable. The 15 thematic columns become your analysable themes.
3
Time-filtered matrix commands: Gen Matrix where C = f(Primary Driver of Long-Run Growth, Role of Government in Growth) | time variable (Year) = 1950-1970 Gen Matrix where C = f(Convergence Hypothesis, Institutions Role in Growth) | time variable (Year) = 1990-2012
4
Compare individual economists across time: compare consciousness sets C_(Robert Solow) and C_(Paul Romer) | Thoughts = Primary Driver of Long-Run Growth, Technology and Innovation Theory compare consciousness sets C_(Thomas Malthus) and C_(Robert Lucas) | Thoughts = Primary Driver of Long-Run Growth | time variable = 1798-1990
5
Create school-of-thought groups and compare paradigms: create group of states of consciousness C_(Neoclassicals) = f(School of Thought) | School of Thought = Neoclassical School create group of states of consciousness C_(Institutionalists) = f(School of Thought) | School of Thought = Institutional School compare groups of states of consciousness C_(Neoclassicals) and C_(Institutionalists) | Thoughts = Role of Institutions in Growth, Source of Long-Run Per Capita Growth
6
Use Venn diagrams to visualise shared ideas across economists: venn C_(Robert Solow), C_(Paul Romer), C_(Douglass North) | Thoughts = Primary Driver of Long-Run Growth
Fixed Categorical Values β All 13 Thematic Variables: Primary Driver of Long-Run Growth: Division of Labor and Specialization | Physical Capital Accumulation | Technology and Innovation (Exogenous) | Knowledge and Endogenous Innovation | Human Capital Investment | Institutions and Social Infrastructure | Trade and Openness | Creative Destruction | Effective Demand and Investment | Natural Resource Base | Geographic Conditions | Structural Transformation | Total Factor Productivity Residual Role of Physical Capital Accumulation: Central and Perpetual Driver | Diminishing Returns Applies | Complementary to Technology | Subject to Accumulation Limits | Less Important than Human Capital | Depends on Institutional Quality | Physical and Human Capital Combined Technology and Innovation Theory: Exogenous Manna from Heaven | Endogenous Investment in Knowledge | Creative Destruction Process | Learning by Doing and Spillovers | Technology Diffusion via Trade | Incremental Innovation Only | Innovation Frontier Stagnating Human Capital and Labor Role: Labor Quantity Determines Output | Skills and Education Core Driver | Health and Nutrition Critical | Demographic Dividend Opportunity | Labor as Passive Factor | Human Capital Key Endogenous Variable | Labor Market Flexibility Needed Role of Institutions in Growth: Not Analyzed | Implied by Well-Functioning Markets | Fundamental Proximate Cause | Deep Cause via Property Rights | Colonial Legacy Path Dependency | Political Economy is Central | Rules of the Game Enable Markets Trade and Openness View: Domestic Market Sufficient | Free Trade Promotes Growth | Infant Industry Protection Needed | New Trade Theory Economies of Scale | Technology Transfer via Openness | Export-Led Growth Strategy | Strategic and Managed Integration Government Role in Growth: Laissez-Faire Non-Intervention | Correct Market Failures Only | Active Industrial Policy | Infrastructure and Public Goods | R&D Support and Science Funding | Entrepreneurial Risk-Taking State | Rule Setter and Institution Builder Source of Long-Run Per Capita Growth: Capital Deepening | Total Factor Productivity | Human Capital Accumulation | Institutional Improvement | Innovation and R&D | Structural Transformation | Aggregate Demand Management | Knowledge Spillovers Convergence Hypothesis: Absolute Convergence | Conditional Convergence | No Convergence Tendency | Club Convergence | Divergence is Likely | Institutions Determine Convergence | Technology Catch-Up Enables Convergence Inequality and Growth Nexus: Inequality Promotes Saving and Accumulation | Kuznets Inverted U Relationship | Inequality Harms Long-Run Growth | Trickle-Down is Sufficient | Capability Deprivation Reduces Growth | Political Economy of Rent-Seeking | No Clear Empirical Link Financial Development Role: Not Analyzed | Finance Follows Real Sector | Finance Leads and Enables Growth | Financial Instability Constrains Growth | Credit for Investment is Critical | Capital Markets Improve Allocation | Access to Finance for Poor Critical Geography and Natural Resources: Not Analyzed | Resource Endowment Enables Takeoff | Resource Curse Risk | Geography as Economic Destiny | Disease Environment is Binding | Natural Capital in Production Function | Irrelevant Given Good Institutions State of Growth Theory Paradigm: Pre-Keynesian Classical Framework | Harrod-Domar Instability Framework | Neoclassical Exogenous Growth | Development Economics Peak | TFP Accounting and Supply Side | Endogenous Growth Revolution | Institutions as Deep Cause Paradigm | Post-2008 Secular Stagnation Debate