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Criminal Law And Common Sense: An Essay On The Perils And Promise Of Neuroscience, Stephen J. Morse Dec 2015

Criminal Law And Common Sense: An Essay On The Perils And Promise Of Neuroscience, Stephen J. Morse

All Faculty Scholarship

This article is based on the author’s Barrock Lecture in Criminal Law presented at the Marquette University Law School. The central thesis is that the folk psychology that underpins criminal responsibility is correct and that our commonsense understanding of agency and responsibility and the legitimacy of criminal justice generally are not imperiled by contemporary discoveries in the various sciences, including neuroscience and genetics. These sciences will not revolutionize criminal law, at least not anytime soon, and at most they may make modest contributions to legal doctrine, practice, and policy. Until there are conceptual or scientific breakthroughs, this is my story …


Early Inflammatory Mediator Gene Expression In Two Models Of Traumatic Brain Injury: Ex Vivo Cortical Slice In Mice And In Vivo Cortical Impact In Piglets, David J. Graber, Beth A. Costine, William F. Hickey Apr 2015

Early Inflammatory Mediator Gene Expression In Two Models Of Traumatic Brain Injury: Ex Vivo Cortical Slice In Mice And In Vivo Cortical Impact In Piglets, David J. Graber, Beth A. Costine, William F. Hickey

Dartmouth Scholarship

Background: The immunological response during the first 24 hours after traumatic brain injury (TBI) may be a critical therapeutic interval for limiting the secondary neuronal damage that is influenced by enhanced inflammatory mediator expression.

Methods: To gain further insight of the early injury response, we examined the expression of several inflammatory genes by real-time qPCR as a function of time or distance from injury in two distinct mammalian models: an ex vivo mouse cortical slice injury system and an in vivo piglet model of brain injury.


Neuroprediction: New Technology, Old Problems, Stephen J. Morse Jan 2015

Neuroprediction: New Technology, Old Problems, Stephen J. Morse

All Faculty Scholarship

Neuroprediction is the use of structural or functional brain or nervous system variables to make any type of prediction, including medical prognoses and behavioral forecasts, such as an indicator of future dangerous behavior. This commentary will focus on behavioral predictions, but the analysis applies to any context. The general thesis is that using neurovariables for prediction is a new technology, but that it raises no new ethical issues, at least for now. Only if neuroscience achieves the ability to “read” mental content will genuinely new ethical issues be raised, but that is not possible at present.