Kavli NDI PI, Dwight Bergles and team leverage the power of AI to make fundamental discoveries in neuroscience.
To advance neuroscience discovery by uniting neuroscience, engineering and computational data science to understand the structure and function of the brain.
Kavli NDI PI, Dwight Bergles and team leverage the power of AI to make fundamental discoveries in neuroscience.
While it was previously understood that the brain uses landmarks for location and speed calibration. However, it wasn't clear if these landmarks were essential for recalibrating speed. Kavli NDI PI James Kneirim and Noah Cowan demonstrates that visual motion cues alone can recalibrate, even when visual landmarks are absent.
Neural circuits undergo changes when learning a new sound. Kavli NDI PI, Patrick Kanold and team, using a combination of advanced imaging techniques and AI, identified precise brain regions that are that recruited during this learning process.
Kavli NDI hosts a monthly breakfast at our Homewood campus. This meeting serves as a forum to bring the Hopkins community together to brainstorm ideas, discuss current research, and set the stage for collaborative science across the community. Open to all members of the Hopkins community-- please email kavlindi@jhu.edu or sviswa10@jhmi.edu if you wish to attend.
Kavli NDI hosts a monthly breakfast at our Homewood campus. This meeting serves as a forum to bring the Hopkins community together to brainstorm ideas, discuss current research, and set the stage for collaborative science across the community. Open to all members of the Hopkins community-- please email kavlindi@jhu.edu or sviswa10@jhmi.edu if you wish to attend.