Abstract We study the Diamond-Dybvig model of financial intermediation (Diamond, D., Dybvig, P., 1983. Bank runs, deposit insurance and liquidity. Journal of Political Economy 91 (3), 401–419.) under the assumption that depositors have information about previous decisions. Depositors decide sequentially whether to withdraw their funds or continue holding them in the bank. If depositors observe the history of all previous decisions, we show that there are no bank runs in equilibrium independently of whether the realized type vector selected by nature is of perfect or imperfect information. Our result is robust to several extensions
This paper incorporates endogenous money creation into the liquidity mismatch problem of Diamond and...
Empirical descriptions and studies suggest that generally depositors observe a sample of previous de...
This article uses narrative and numerical examples to exposit the ideas in Diamond and Dybvig (1983)...
Diamond and Dybvig (JPE, 1983) and the subsequent literature mod-elled bank runs as a simultaneous-m...
This paper introduces the possibility of signaling into a finite-depositor version of the Diamond-Dy...
In a version of the Diamond and Dybvig [6] model with aggregate uncertainty, we show that there exis...
Traditional models of bank runs do not allow for herding effects, because in these models withdrawal...
This paper extends Diamond and Dybvig’s model [J. Political Economy 91 (1983) 401] to a framework in...
This paper extends Diamond and Dybvig’s model [J. Political Economy 91 (1983) 401] to a framework in...
The article shows that in a finite-trader version of the Diamond and Dybvig model (1983), the ex ant...
We study a finite-depositor version of the Diamond-Dybvig model of financial intermediation in which...
Diamond and Dybvig (1983) provide an analytical framework of modern banking: The key role of banks i...
A bank run occurs when a large number of customers withdraw their deposits from a financial institut...
Bank runs are relatively rare events characterized by highly pessimistic depositor’s expectations. H...
We modify the Diamond-Dybvig [3] model studied in Green and Lin [5] to incorporate a self-interested...
This paper incorporates endogenous money creation into the liquidity mismatch problem of Diamond and...
Empirical descriptions and studies suggest that generally depositors observe a sample of previous de...
This article uses narrative and numerical examples to exposit the ideas in Diamond and Dybvig (1983)...
Diamond and Dybvig (JPE, 1983) and the subsequent literature mod-elled bank runs as a simultaneous-m...
This paper introduces the possibility of signaling into a finite-depositor version of the Diamond-Dy...
In a version of the Diamond and Dybvig [6] model with aggregate uncertainty, we show that there exis...
Traditional models of bank runs do not allow for herding effects, because in these models withdrawal...
This paper extends Diamond and Dybvig’s model [J. Political Economy 91 (1983) 401] to a framework in...
This paper extends Diamond and Dybvig’s model [J. Political Economy 91 (1983) 401] to a framework in...
The article shows that in a finite-trader version of the Diamond and Dybvig model (1983), the ex ant...
We study a finite-depositor version of the Diamond-Dybvig model of financial intermediation in which...
Diamond and Dybvig (1983) provide an analytical framework of modern banking: The key role of banks i...
A bank run occurs when a large number of customers withdraw their deposits from a financial institut...
Bank runs are relatively rare events characterized by highly pessimistic depositor’s expectations. H...
We modify the Diamond-Dybvig [3] model studied in Green and Lin [5] to incorporate a self-interested...
This paper incorporates endogenous money creation into the liquidity mismatch problem of Diamond and...
Empirical descriptions and studies suggest that generally depositors observe a sample of previous de...
This article uses narrative and numerical examples to exposit the ideas in Diamond and Dybvig (1983)...