The general consensus among philosophers is that the use of torture is never justified. In "Terrorism, Ticking Time-Bombs, and Torture", Fritz Allhoff demonstrates the weakness of the case against torture; while allowing that torture constitutes a moral wrong, he nevertheless argues that, in exceptional cases, it represents the lesser of two evils. Allhoff does not take this position lightly. He begins by examining the way terrorism challenges traditional norms, discussing the morality of various practices of torture, and critically exploring the infamous ticking time-bomb scenario. After carefully considering these issues from a purely philosophical perspective, he turns to the empirical ramifications of his arguments, addressing criticisms of torture and analyzing the impact its adoption could have on democracy, institutional structures, and foreign policy. The crucial questions of how to justly authorize torture and how to set limits on its use make up the final section of this timely, provocative, and carefully argued book.

About the Author
Fritz Allhoff is associate professor of philosophy at Western Michigan University and a senior research fellow at the Center for Applied Philosophy and Public Ethics at Australian National University. He is coauthor of What Is Nanotechnology and Why Does It Matter? and the editor or coeditor of numerous volumes, including Wine & Philosophy, Physicians at War, and The Philosophy of Science.

Reviews
"Terrorism, Ticking Time-Bombs, and Torture adds much to current discussion of a great many issues. Fritz Allhoff broadens the torture and terrorism debate, deftly analyzes exceptionalism and absolutism, probes the ticking time-bomb scenario to surprising and controversial effect, and offers novel empirical data and a trenchant interpretation of complex legal issues." (Michael L. Gross, University of Haifa)"



Book Information
ISBN 9780226014838
Author Fritz Allhoff
Format Hardback
Page Count 280
Imprint University of Chicago Press
Publisher The University of Chicago Press
Weight(grams) 510g
Dimensions(mm) 24mm * 16mm * 2mm