51视频 Researcher Wins NSF Grant to Find Answers
Image by K. Webster
Asst. Prof. of Psychology Miko Wilford, center, meets with recent graduates Thomas Nelson, left, whose degree is in computer science, and Jordanne Love, who majored in art.
02/26/2019
Contact: Nancy Cicco, 978-934-4944 or Nancy_Cicco@uml.edu and Christine Gillette, 978-934-2209 or Christine_Gillette@uml.edu
LOWELL, Mass. 鈥� If you鈥檙e accused of a crime, it is unlikely you鈥檒l ever get your day in court, according to a 51视频 legal researcher.
That鈥檚 because people are far more likely to plead guilty, often in exchange for a reduced sentence, rather than risk a guilty verdict at trial that would come with a more severe punishment, says 51视频 Prof. Miko Wilford, who studies how and why people plead guilty 鈥� even when they are innocent.聽
More than 95 percent of all U.S. criminal charges are resolved by guilty pleas, not through trials, according to Wilford, whose work focuses on the human dynamics behind legal proceedings, including the reliability of eyewitnesses and the effectiveness of interview techniques used by law enforcement.聽
A new, five-year $498,000 National Science Foundation (NSF) CAREER grant will allow Wilford, an assistant psychology professor from Dracut, to study why defendants opt for plea deals. The prestigious grant program recognizes outstanding faculty researchers who are making significant contributions as scholars and mentors early in their careers.
The award will help fund further development of a computer simulation she created with 51视频 students and Art and Design Prof. Misha Rabinovich to explore these issues. Using the simulation, Wilford examines how plea-bargain proceedings affect outcomes, which she said vary widely between states and even jurisdictions within the same state. Her goal is to reduce false guilty pleas and to improve how the justice system serves criminal defendants.聽
鈥淚n many jurisdictions, there are no clear procedural guidelines, so prosecutors can approach defendants directly with plea offers before they even have been given a chance to ask for an attorney,鈥� Wilford said. 鈥淲hen prosecutors offer really dramatic plea discounts, like five years in jail compared to 25 years, then, innocent or guilty, you鈥檙e likely to seriously consider it. That kind of sentencing should not be allowed because then plea bargains essentially punish innocent people for exercising their constitutional right to a trial.鈥�
The simulation is built on an open-source platform so that other researchers can adapt it to their work. The program draws on Rabinovich鈥檚 use of animation, video and other media to create interactive scenarios. In one of these, participants play the role of a driver who is charged with hitting a parked car and then leaving the scene of the accident. Some participants then see a 鈥渇lashback鈥� scene in which they 鈥渞emember鈥� hitting the car, while others see a flashback that indicates they are innocent.聽
Next, the simulation鈥檚 prosecutor offers role players a deal: probation and a fine for a guilty plea, compared to jail time and higher costs if they reject the offer and are found guilty at trial. After making their choice, participants are asked to explain the reasons behind their decision.聽
The simulation is allowing Wilford to test the variables that can change the likelihood of a guilty plea, including the defendant鈥檚 age and the difference between the plea offer and the penalty for a conviction at trial. She plans to administer the exercise to groups including college students and other adults.聽
Along with Rabinovich, Wilford鈥檚 research team includes 51视频 Professors Joseph Gonzales of Psychology and Jill Lohmeier of the College of Education. 51视频 students contributing to the project are Matthew LeBlanc, a computer science major from Milford; Cassidy McAuliffe, an art major from Lawrence; and Kelly Sutherland, a Ph.D. candidate in psychology from Lowell. Recent graduates who also worked on the project include Dracut residents Annmarie Khairalla, who earned a degree in psychology; Jordanne Love, who majored in art; and Thomas Nelson, whose degree is in computer science.聽
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