Technology Adoption over the Life Cycle and Aggregate Technological Progress

A model is studied with exogenously occurring technological progress and endogenous adoption of it. Individuals with N-period lives optimally allocate their time between leisure, work and adoption of new technology. It is shown that optimal behavior is characterized by a sequence of 4 phases of life...

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Veröffentlicht in:Southern economic journal 1997-04, Vol.63 (4), p.872-887
Hauptverfasser: Swanson, Charles E., Kopecky, Kenneth J., Tucker, Alan
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container_title Southern economic journal
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creator Swanson, Charles E.
Kopecky, Kenneth J.
Tucker, Alan
description A model is studied with exogenously occurring technological progress and endogenous adoption of it. Individuals with N-period lives optimally allocate their time between leisure, work and adoption of new technology. It is shown that optimal behavior is characterized by a sequence of 4 phases of life, which, described in their order of occurrence, are: 1. adoption only (schooling), 2. work and adoption (career path), 3. work but no adoption (end-of-work-life easing) and 4. not work or adoption (retirement). The model implies that older workers will appear more productive because each hour of non-leisure time will be devoted entirely to productive work, rather than being divided between work and technology adoption time.
doi_str_mv 10.2307/1061228
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source Business Source Complete; Periodicals Index Online; JSTOR Archive Collection A-Z Listing; Wiley Online Library All Journals
subjects Age
Career development planning
Decision making
Economic models
Emerging technology
Innovation adoption
Labor time
Life cycles
Mathematical analysis
Mathematical constants
New technology
Older workers
Present value
Productivity growth
Public capital
Software
Studies
Technological change
Technological innovation
Technological innovations
Technology
Technology adoption
Technology assessment
Training
Working hours
title Technology Adoption over the Life Cycle and Aggregate Technological Progress
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