This paper develops a NATREX (NATural Real EXchange rate) model for two large economies, the Eurozone and the United States. The NATREX approach has already been adopted to explain the medium-long term dynamics of the real exchange rate in a number of industrial countries. So far, however, it...

This paper develops a NATREX (NATural Real EXchange rate) model for two large economies, the Eurozone and the United States, which are fully specified and allowed to interact. The theoretical framework, grounded on dynamic disequilibrium modelling approach in continuous time, provides the basis...

In Saltari et al. (2012, 2013) we estimated a dynamic model of the Italian economy. The main result of those papers is that the weakness of the Italian economy in the last two decades is due to the total factor productivity slowdown. In those models the information and communication technology...

In Saltari et al. (2012, 2013) we estimated a dynamic model of the Italian economy. The main result of those papers is that the weakness of the Italian economy in the last two decades has been the total factor productivity slowdown. The aim of this paper is to investigate the roots of this...

The aim of this paper is to investigate the roots of the Italian total factor productivity slowdown. The analysis focusses on the specific pattern of technical progress in determining the TFP dynamics. This analysis can not be done with the Cobb-Douglas technology but requires the employ of a...

The paper analyses the relationship between corporate taxes and exports at firm level. We use an integrated dataset that combines, for the period 2004-2006, survey data(Indagine sulle Imprese Manifatturiere) and company accounts for the manufacturing sector to estimate a Probit and a Tobit...

The aim of this paper is to develop a continuous time exchange rate model that allows for heterogeneity of the agents' beliefs, in order to explore non-linearities and possible chaotic behaviour. The theoretical model contains an intrinsic non-linearity that gives rise to a jerk differential...