Consent to Retaliation: A Civil Recourse Theory of Contractual Liability
Nathan B. Oman
William & Mary Law School
February 26, 2010
William & Mary Law School Research Paper No. 09-42
In the ancient Near East, contracts were often solemnized by hacking up a goat. The ritual was in effect an enacted penalty clause: "If I breach this contract, let it be done to me as we are doing to the goat." This Article argues that we are not so far removed from our goat-hacking forbearers. Legal scholars have argued that contractual liability is best explained by the morality of promising or the need to create optimal incentives in contractual performance. In contrast, this Article argues for the simpler, rawer claim that contractual liability consists of consent to retaliation in the event of breach. In the ancient ritual with the goat, the retaliation consented to consisted of self-help violence against life and limb. The private law in effect domesticates and civilizes retaliation by replacing private warfare with civil recourse through the courts. It thus facilitates the social cooperation made possible by the ancient threats of retaliation while avoiding the danger of escalation and violence that such private violence presented. This civil recourse theory of contractual liability provides an explanation for a number remedial doctrines that have proven difficult for rival interpretations of contract law to explain, including the penalty clause doctrine, limitations on expectation damages, and the basic private law structure of contractual liability. Finally, this Article responds to some of the most powerful objections that might be made against a civil recourse theory of contractual liability.
Number of Pages in PDF File: 52
Keywords: contract, civil recourse, private law, penalty doctrine, expectation damages, jurisprudence, promise, legal history, goats, anarchyworking papers series
Date posted: February 27, 2010
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo7 in 0.281 seconds