Current account crises in emerging markets are characterized by large increases in interest rates, big drops in output, and large real currency depreciations. Current models of crisis with financial frictions do not generate very large movements in these variables. Recent work has shown that the...

This paper presents a fully rational general equilibrium model that produces a time-varying exchange rate risk premium and solves the uncovered interest rate parity (U.I.P) puzzle. In this two-country model, agents are characterized by slow-moving external habit preferences similar to Campbell &...

A number of recent papers have concluded that stochastic volatility plays a prominent role in describing the business cycle, particularly for the characterization of monetary policy. The impact of including stochastic volatility in DSGE models remains, however, unexplored. This paper therefore...

The inability of a wide array of dynamic stochastic general equilibrium (DSGE) models to generate fluctuations that resemble actual business cycles has lead to the use of habit formation in consumption. For example, habit formation has been shown to help explain the negative response of labour...

In this paper we model the contribution of monetary growth shocks to aggregate fluctuations. Our innovation is to combine persistent money growth shocks with taxes on nominal capital gains in a model in which the central bank operates policy using an interest rate rule. All three features are...

Past empirical research on monetary policy in open economies has found the “delayed overshootingâ€, the “forward discount†and the “exchange rate†puzzles. We revisit the effects of monetary policy on exchange rates by applying Uhlig's (2005) identification procedure...

This paper compares the goodness-of-fit and the stability of six methods used to extract risk-neutral probability density functions from currency option prices. We first compare five existing methods commonly employed to recover risk-neutral density functions from option prices. Specifically, we...