Time for Growth

Lars Boerner, Battista Severgnini

Publikation: Working paperForskning

6 Downloads (Pure)

Resumé

This paper studies the impact of the early adoption of one of the most important high-technology machines in history, the public mechanical clock, on long-run growth in Europe. We avoid endo-geneity by considering the relationship between the adoption of clocks with an instrument based on the appearance of repeated solar eclipses. This is motivated by the predecessor technologies of mechanical clocks, astronomic instruments that measured the course of heavenly bodies. We find a significant increase in growth rates between 1500 and 1700 in the range of 30 percentage points in early adopter cities and areas. Finally, additional quantitative analysis suggests a positive relationship between mechanical clocks and contemporary long-term orientation nowadays.
OriginalsprogEngelsk
Udgivelses stedFrederiksberg
UdgiverCopenhagen Business School [wp]
Antal sider70
StatusUdgivet - 28 mar. 2019
NavnWorking Paper / Department of Economics. Copenhagen Business School
Nummer04-2019
NavnWorking paper / King's College
Nummer2019/4

Emneord

  • Technological adoption
  • Cities
  • Mechanical clock
  • Information technology
  • Long-term orientation

Citer dette

Boerner, L., & Severgnini, B. (2019). Time for Growth. Frederiksberg: Copenhagen Business School [wp]. Working Paper / Department of Economics. Copenhagen Business School, Nr. 04-2019, Working paper / King's College, Nr. 2019/4
Boerner, Lars ; Severgnini, Battista. / Time for Growth. Frederiksberg : Copenhagen Business School [wp], 2019. (Working Paper / Department of Economics. Copenhagen Business School; Nr. 04-2019). (Working paper / King's College; Nr. 2019/4).
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Boerner, L & Severgnini, B 2019 'Time for Growth' Copenhagen Business School [wp], Frederiksberg.

Time for Growth. / Boerner, Lars; Severgnini, Battista.

Frederiksberg : Copenhagen Business School [wp], 2019.

Publikation: Working paperForskning

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N2 - This paper studies the impact of the early adoption of one of the most important high-technology machines in history, the public mechanical clock, on long-run growth in Europe. We avoid endo-geneity by considering the relationship between the adoption of clocks with an instrument based on the appearance of repeated solar eclipses. This is motivated by the predecessor technologies of mechanical clocks, astronomic instruments that measured the course of heavenly bodies. We find a significant increase in growth rates between 1500 and 1700 in the range of 30 percentage points in early adopter cities and areas. Finally, additional quantitative analysis suggests a positive relationship between mechanical clocks and contemporary long-term orientation nowadays.

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KW - Long-term orientation

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KW - Information technology

KW - Long-term orientation

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Boerner L, Severgnini B. Time for Growth. Frederiksberg: Copenhagen Business School [wp]. 2019 mar 28.