Virtual-reality environment used to determine how responses are organized across the population of dopamine (DA) neurons.
Discrete Stepping and Nonlinear Ramping Dynamics Underlie Spiking Responses of LIP Neurons during Decision-Making.
The Princeton Neuroscience Institute held its annual Class Day event on Monday, June 3, 2019, to celebrate graduating seniors, honors recipients, and award winners.
This annual award honors Princeton faculty members who are exemplary in supporting the development of their graduate students as teachers, scholars, and professionals.
PNI and Intel are making both the software and the hardware required for real-time and other fMRI analyses accessible to all.
The goal was to determine whether and how IL-NAc neurons contribute to the increase in cocaine motivation that results from a drug-free period.
Bouchacourt and Buschman present a model of working memory that uses random connections to flexibly maintain any input.
With his pioneering research on the primate visual system, Gross revolutionized our understanding of sensory processing and pattern recognition.
PNI Outreach is a group of dedicated volunteers including undergraduate students, graduate students, and postdocs committed to introducing neuroscience to underrepresented students in the community.
Rachel Lee, Samuel Zorowitz, and Lindsay Willmore have received prestigious National Science Foundation Graduate Research Fellowship Program awards.
Ahmed’s research focuses on how neural activity related to locomotion modulates the patterns of other behaviors. The Presidential Postdoctoral Research Fellows program is aimed at enhancing diversity in the professoriate.
The award from the Alfred P. Sloan Foundation is one of the most competitive and prestigious awards available to early-career researchers.
PNI graduate students Thomas Pisano and Ben Deverett are two of 15 graduate students at Princeton who are training to be doctors through a joint program between Princeton University and Rutgers Robert Wood Johnson Medical School.
An AI-based technology for tracking animal movement, developed by Mala Murthy, Joshua Shaevitz and Talmo Pereira, will enable new research in fields ranging from neuroscience to ecology.
This research further supports recent work from Ian C. Fiebelkorn and Sabine Kastner that describes spatial attention as a discontinuous process, sampling the environment in rhythmic cycles.