The Conditional Convergence Properties of Simple Kaldorian Growth Models

Abstract

Findings of conditional convergence are usually interpreted within a neoclassical growth framework. This follows from the methodology of testing for conditional convergence, whereby the estimating equation is explicitly derived from a neoclassical growth model. Given this explicit derivation, findings of conditional convergence might be thought to discriminate against alternative approaches to growth in general and the Kaldorian approach to growth in particular. This article shows, however, that this is not the case. It does so by examining the conditional convergence properties of the ‘core’ model of Kaldorian growth theory—the Kaldor‐Dixon‐Thirlwall (KDT) model. In particular, the paper demonstrates that this model predicts conditional convergence of a qualitatively identical nature to that predicted by the neoclassical growth model. A simple extension of the KDT model that is reconciled with quantitative estimates of the speed of conditional convergence is also presented.

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