We propose an explanation for default contagion based on a Lucas model with two independent debt-financed trees. The transmission mechanism is that variations in the size of one tree impact the level of risk premium and the default decision for all borrowers. If a negative shock hits one tree,...

We present a network model for investigating the impact on systemic risk of central clearing of over the counter (OTC) credit default swaps (CDS). We model contingent cash flows resulting from CDS and other OTC derivatives by a multi-layered network with a core-periphery structure, which is...

Recent regulation mandating the clearing of credit default swaps (CDS) by a Central Clearing Counterparties (CCP), has rendered the latter a systemically important institution, whose failure poses a serious threat to global financial stability. This work investigates the potential failure of a...

Following the 2008 financial crisis, regulation mandates the clearing of the CDS market through Central Clearing Counter-parties (CCPs). Large CCPs are now designated as 'Global Systemically Important Institutions' (GSIIs), whose unlikely-but-plausible failure threatens global financial market...

Empty creditors — bondholders hedged with Credit Default Swaps (CDSs) — face incentives to holdout from “Distressed Exchanges” (DEs) of debt because the CDS hedge alters their payoffs to favor bankruptcy. We show using detailed data on DEs that firms respond to this holdout problem by...

The ISDA CDS standard model assumes a single flat hazard rate (default intensity) rather than a term structure of hazard rates. This assumption introduces biases into CDS spreads for empirical research after the CDS Big Bang. This paper is the first to document the biases and provide a simple...