Teen Brains on Trial: Law, Adolescence and Neurosciece

Teen Brains on Trial: Law, Adolescence and Neurosciece

Recently, NPR’s Morning Edition, ran a story about use of neuroscience and brain scans in court.  Such evidence has been most effective in criminal trial involving adolescents, who scientists explain have brains that are not fully developed.  

Here is a description of the segment:  

It’s not just people who go on trial these days. It’s their brains.

 

More and more lawyers are arguing that some defendants deserve special consideration because they have brains that are immature or impaired, says Nita Farahany, a professor of law and philosophy at Duke University who has been studying the use of brain science in court.

 

About 5 percent of murder trials now involve some neuroscience, Farahany says. “There’s a steady increase of defendants seeking to introduce neuroscience to try to reduce the extent to which they’re responsible or the extent to which they’re punished for a crime,” she says.

 

Farahany was a featured speaker at the Society for Neuroscience meeting in San Diego this week. Also featured were several brain scientists who are uncomfortable with the way courts are using brain research.

 

When lawyers turn to neuroscience, often what’s at issue is a defendant’s competency, Farahany says. So a defense lawyer might argue that “you weren’t competent to have pled guilty because of some sort of brain injury,” she says, or that you weren’t competent to have confessed to a police officer after being arrested.

The approach has been most successful with cases involving teenagers, Farahany says. . . . 

Teen Brains on Trial: Law, Adolescence and Neurosciece

Teen Brains on Trial: Law, Adolescence and Neurosciece

Recently, NPR’s Morning Edition, ran a story about use of neuroscience and brain scans in court.  Such evidence has been most effective in criminal trial involving adolescents, who scientists explain have brains that are not fully developed.  

Here is a description of the segment:  

It’s not just people who go on trial these days. It’s their brains.

 

More and more lawyers are arguing that some defendants deserve special consideration because they have brains that are immature or impaired, says Nita Farahany, a professor of law and philosophy at Duke University who has been studying the use of brain science in court.

 

About 5 percent of murder trials now involve some neuroscience, Farahany says. “There’s a steady increase of defendants seeking to introduce neuroscience to try to reduce the extent to which they’re responsible or the extent to which they’re punished for a crime,” she says.

 

Farahany was a featured speaker at the Society for Neuroscience meeting in San Diego this week. Also featured were several brain scientists who are uncomfortable with the way courts are using brain research.

 

When lawyers turn to neuroscience, often what’s at issue is a defendant’s competency, Farahany says. So a defense lawyer might argue that “you weren’t competent to have pled guilty because of some sort of brain injury,” she says, or that you weren’t competent to have confessed to a police officer after being arrested.

The approach has been most successful with cases involving teenagers, Farahany says. . . . 

Radiolab: Blame

Radiolab: Blame

Recenlty, WNYC‘s Radiolab ran one of the most intense and interesting podcasts I have heard in quite sometime.  The podcast, titled “Blame,” is about the intersection of law, technology, and moral responsibility.   

The first story, “Fault Line,” is about a New Jersey man epilepsy may or may not have play a role in his child pornography addiction.  Here is a description of “Fault Line”

Kevin* is a likable guy who lives with his wife in New Jersey. And he’s on probation after serving time in a federal prison for committing a disturbing crime. Producer Pat Walters helps untangle a difficult story about accountability, and a troubling set of questions about identity and self-control. Kevin’s doctor, neuroscientist Orrin Devinsky, claims that what happened to Kevin could happen to any of us under similar circumstances — in a very real way, it wasn’t entirely his fault. But prosecutor Lee Vartan explains why he believes Kevin is responsible just the same, and should have served the maximum sentence.

The second story, “Forget about Blame?”, is a conversation between the hosts of Radiolab with David Eagleman, a neuroscientist who argues that the law should forget about retributivism and blame. Eagleman defends the “my brain made me do it” defense and suggests that neuroscience should fundamentally alter how we think about criminal law.

Here is a description of the story: 

Nita Farahany, who’s been following the growing field of Neurolaw for years now, helps uncover what seems to be a growing trend — defendants using brain science to argue that they aren’t entirely at fault. Neuroscientist David Eagleman thinks this is completely wrongheaded, and argues for tossing out blame as an old-fashioned, unfair way of thinking about the law. According to David and Amy Phenix, a clinical and forensic psychologist who relies on statistics, it makes more sense to focus on the risk of committing more crimes. But Jad and Robert can’t help wondering whether that’s really a world they want to live in. 

Finally, the third story, “Dear Hector”, is a remarkable tale of forgiveness.  It is about a father who befriends his daughter’s murderer.  

Reporter Bianca Giaever brings us a story of forgiveness that’s nearly impossible to comprehend — even for the man at the center of it, an octogenarian named Hector Black.

Story of the day: Mean Mom Genes

Story of the day: Mean mom Genes

NPR’s All Things Considered ran a story about how, according to neutroscientists, tough economic times could affect parenting, specifically mothering.

Here is the introduction to segment:

A gene that affects the brain’s dopamine system appears to have influenced mothers’ behavior during a recent economic downturn, researchers say.

At the beginning of the recession that began in 2007, mothers with the “sensitive” version of a gene called DRD2 became more likely to strike or scream at their children, the researchers say. Mothers with the other “insensitive” version of the gene didn’t change their behavior.

But once it appeared that the recession would not become a full-fledged depression, the “sensitive” mothers became less likely than “insensitive” mothers to engage in harsh parenting.

“You have the same genes, and with a different environment it’s a completely different story,” says Irwin Garfinkel, a professor of contemporary urban problems at Columbia University. “I think that’s the most amazing part of what we found.”