Productivity Paradox
An economics concept introduced by economist Robert Solow in 1987, describing a structural mismatch between technology investment and actual output. The learning, coordination, and maintenance costs introduced by new tools often offset efficiency gains in the short term. Also known as the Solow Paradox.
Timeline (last 90 days)
The "Productivity Paradox" was first proposed by economist Robert Solow in 1987, and is therefore also known as the "Solow Paradox."
The core logic of the Productivity Paradox is that there is a structural misalignment between technology investment and actual output, as the learning, coordination, and maintenance costs introduced by new tools often offset or even exceed efficiency gains in the short term.
Historically, the mass adoption of electrification and personal computers both underwent similar periods of output lag, typically requiring ten to twenty years before manifesting in macroeconomic productivity data.
For technology investment to translate into genuine productivity gains, it requires accompanying organizational change, process restructuring, and improvements in personnel capabilities; organizations that simply purchase new equipment without changing their ways of working actually become less efficient.
Economist Robert Solow noted in 1987 that "you can see the computer age everywhere except in the productivity statistics."
目前大规模宏观经济数据尚未显示出显著的生产率跃升
All Facts (6)
Economist Robert Solow noted in 1987 that "you can see the computer age everywhere except in the productivity statistics."
60%UnverifiedThe "Productivity Paradox" was first proposed by economist Robert Solow in 1987, and is therefore also known as the "Solow Paradox."
50%UnverifiedThe core logic of the Productivity Paradox is that there is a structural misalignment between technology investment and actual output, as the learning, coordination, and maintenance costs introduced by new tools often offset or even exceed efficiency gains in the short term.
50%UnverifiedHistorically, the mass adoption of electrification and personal computers both underwent similar periods of output lag, typically requiring ten to twenty years before manifesting in macroeconomic productivity data.
50%UnverifiedFor technology investment to translate into genuine productivity gains, it requires accompanying organizational change, process restructuring, and improvements in personnel capabilities; organizations that simply purchase new equipment without changing their ways of working actually become less efficient.
50%Unverified目前大规模宏观经济数据尚未显示出显著的生产率跃升
50%