Network Neuroscience Interest Group
Monthly meeting of the Network Neuroscience Interest Group
CAHBIR Office Hour
Monthly office hour to ask any technical/programming questions
Jeff Luci, Ph.D. Theory and practice of diffusion MRI data acquisition
CAHBIR Conference Room - SRB 127 661 Hoes Lane West, Piscataway, United StatesPart 1 of our 3-part DTI didactic series Speaker: Jeffrey Luci, Ph.D. Description: We will explore how microscopic water diffusion can be probed with MRI, and how we can customize MR sequences to measure different diffusion features. Hybrid - in person and on zoom
Carrisa Cocuzza (Postdoc. PI: Avram Holmes. Cognitive fog in long COVID: brain network dynamics in a densely-sampled case study.
CAHBIR Conference Room - SRB 127 661 Hoes Lane West, Piscataway, United StatesCognitive fog in long COVID: brain network dynamics in a densely-sampled case study Carrisa V. Cocuzza Supervisor: Avram J. Holmes Abstract: Individuals with long COVID syndrome can present with impaired … Read More
Ahmad Beyh, Ph.D. – Going from the diffusion MRI signal to white matter pathways
CAHBIR Conference Room - SRB 127 661 Hoes Lane West, Piscataway, United StatesThis is part 2 of our DTI didactic series Speaker: Ahmad Beyh, Ph.D. Description: How do we go from a diffusion MRI signal to a whole-brain white matter connectome? … Read More
Mika Rubinov, PH.D. Vanderbilt University – Title TBA
CAHBIR Conference Room - SRB 127 661 Hoes Lane West, Piscataway, United StatesMIka Rubinov, Ph.D. is a leader in network neuroscience. This talk will be remote only. https://rutgers.zoom.us/j/4554725747?pwd=enVaVXVRUHI5Rk5OQWh2bFlIajhFZz09&omn=92209751720
Linden Parkes – Using the connectome as a basis for dynamical systems theory
CAHBIR Conference Room - SRB 127 661 Hoes Lane West, Piscataway, United StatesPart 3 in our DTI didactic series Speaker: Linden Parkes, Ph.D. Date: Monday, April 21 Time: 12:00 PM Description: After deriving a connectome from diffusion-weighted MRI, we can use it for dynamical systems analysis. We will explore an example of these analyses through the lens of Network Control Theory (NCT).