BBC: Young Adult Court featured on BBC's "Neurolaw and Order" podcast

"This is a courtroom here in downtown San Francisco. A judge presides over a room bustling with young offenders, attorneys, probation officers, and case managers. But this is no ordinary courtroom. This one has been inspired by recent advancements in neuroscience."



The San Francisco Young Adult Court was featured on the BBC World Service series "The Documentary." In "Neurolaw and Order," Owen Jones, professor of law and biology at Vanderbilt University, explores how brain development heightens risk taking among adolescents and young adults, sometimes leading to criminal activity, as well as ways the criminal justice system is adapting to advancements in neuroscience by offering alternatives to young people facing criminal charges.


Podcast description (BBC): "The latest findings in neuroscience are increasingly affecting the justice system in America. Owen Jones, professor of law and biology at Vanderbilt University, explores where neurolaw is making its mark and where the discipline is heading. One significant finding from MRI scanners is that the adolescent brain continues to develop right into the early- and mid-twenties. The fact that we are not ‘adults’ at age 18 is having big repercussions in the legal system. In San Francisco, the entire way that young offenders of crimes such as armed robbery up to the age of 25 are treated is adapting to the brain data. More and more, neuroscientists are testifying in courts, often to mitigate sentences including the death penalty in juveniles. Other times, they highlight rare brain abnormalities that cause violent and antisocial behaviour, which helps justify a lighter sentence. However, young brains are still malleable. In Wisconsin, brain imaging of juvenile prisoners can detect psychopathic markers. Once identified, staff can employ techniques to de-programme those antisocial traits and rehabilitate prisoners to ready them for, they hope, a crime-free life outside. And this is simply the first generation of neurolaw – where to next?

Click here to listen to "Neurolaw and Order."