Financial institutions form multilayer networks by engaging in contracts with each other and by holding exposures to common assets. As a result, the default probability of one institution depends on the default probability of all of the other institutions in the network. Here, we show how small errors on the knowledge of the network of contracts can lead to large errors in the probability of systemic defaults. From the point of view of financial regulators, our findings show that the complexity of financial networks may decrease the ability to mitigate systemic risk, and thus it may increase the social cost of financial crises
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multi-layer networks of contracts among each other and exposures to comm...
The 2008 financial crisis has been attributed by policymakers to “excessive complexity” of the finan...
The 2008 financial crisis has been attributed by policymakers to “excessive complexity” of the finan...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multilayer networks by engaging in contracts with each other and by hold...
Financial institutions form multi-layer networks of contracts among each other and exposures to comm...
The 2008 financial crisis has been attributed by policymakers to “excessive complexity” of the finan...
The 2008 financial crisis has been attributed by policymakers to “excessive complexity” of the finan...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...
Financial networks have shown to be important in understanding systemic events in credit markets. In...