What are the properties of optimal fiscal and monetary policies with heterogeneous agents? This is a pressing question, given the wealth of evidence on heterogeneity in cash holdings and labor income. Yet, until recently it remained largely unexplored. In this paper, I show that with heterogeneity the Friedman rule is optimal only if positive nominal interest rates do not ameliorate constraints on redistribution. With an empirically plausible cross-sectional correlation between money holdings and labor income, the Friedman rule is optimal if the government favors redistribution to the poor. I discuss these findings and propose several directions for future research.
Abstract In this paper, we explore the connection between optimal monetary policy and het-erogeneity...
Abstract In this paper, we explore the connection between optimal monetary policy and het-erogeneity...
da Costa and Werning (2005) prove that the Friedman rule of setting nominal interest rate to zero is...
What are the properties of optimal fiscal and monetary poli-cies with heterogeneous agents? This is ...
We study the money-in-the-utility-function model in which agents are heteroge-neous in their initial...
We consider an overlapping-generations economy with money rationalized through a cash-in-advance con...
We study monetary models with nondegenerate stationary distributions of money holdings. We find that...
We study several popular monetary models which generate a non-degenerate stationary distribution of ...
In this paper, we explore the connection between optimal monetary policy and heterogeneity among age...
In this paper, we explore the connection between optimal monetary policy and heterogeneity among age...
In this paper, we explore the connection between optimal monetary policy and heterogeneity among age...
In this paper, we study the optimal steady state monetary policy in overlapping generations (OG) mod...
We find that the Friedman rule is not optimal with government transfers and distortionary taxation. ...
We find that the Friedman rule is not optimal with government transfers and distortionary taxation. ...
We study several popular monetary models which generate a non-degenerate stationary distribution of ...
Abstract In this paper, we explore the connection between optimal monetary policy and het-erogeneity...
Abstract In this paper, we explore the connection between optimal monetary policy and het-erogeneity...
da Costa and Werning (2005) prove that the Friedman rule of setting nominal interest rate to zero is...
What are the properties of optimal fiscal and monetary poli-cies with heterogeneous agents? This is ...
We study the money-in-the-utility-function model in which agents are heteroge-neous in their initial...
We consider an overlapping-generations economy with money rationalized through a cash-in-advance con...
We study monetary models with nondegenerate stationary distributions of money holdings. We find that...
We study several popular monetary models which generate a non-degenerate stationary distribution of ...
In this paper, we explore the connection between optimal monetary policy and heterogeneity among age...
In this paper, we explore the connection between optimal monetary policy and heterogeneity among age...
In this paper, we explore the connection between optimal monetary policy and heterogeneity among age...
In this paper, we study the optimal steady state monetary policy in overlapping generations (OG) mod...
We find that the Friedman rule is not optimal with government transfers and distortionary taxation. ...
We find that the Friedman rule is not optimal with government transfers and distortionary taxation. ...
We study several popular monetary models which generate a non-degenerate stationary distribution of ...
Abstract In this paper, we explore the connection between optimal monetary policy and het-erogeneity...
Abstract In this paper, we explore the connection between optimal monetary policy and het-erogeneity...
da Costa and Werning (2005) prove that the Friedman rule of setting nominal interest rate to zero is...