Derek Evan Nee
@derekevannee.bsky.social
Associate Professor at Florida State University
Cognitive Neuroscience
fMRI . TMS . Cognitive Control . Working Memory
Cognitive Neuroscience
fMRI . TMS . Cognitive Control . Working Memory
You're not entirely off-base, but it doesn't track. We now have data with 4-5 sessions. Session 1 has more DMN and longer RTs - I think they do daydream on occasion here. But they appear to learn to stay on task after that. So, less DMN-like, sharper Control B, and faster over repeated sessions.
September 4, 2025 at 3:50 PM
You're not entirely off-base, but it doesn't track. We now have data with 4-5 sessions. Session 1 has more DMN and longer RTs - I think they do daydream on occasion here. But they appear to learn to stay on task after that. So, less DMN-like, sharper Control B, and faster over repeated sessions.
When I discuss our temporal control demand w.r.t. the task paradigm, people say it's impossibly difficult. Then when I show the activations, they call them default. They align best with Control B. "Impossibly difficult" and "default" are odd bedfellows. iiif.elifesciences.org/lax/12112%2F...
September 4, 2025 at 2:37 PM
When I discuss our temporal control demand w.r.t. the task paradigm, people say it's impossibly difficult. Then when I show the activations, they call them default. They align best with Control B. "Impossibly difficult" and "default" are odd bedfellows. iiif.elifesciences.org/lax/12112%2F...
Our faculty are also cross-listed as part of the Program in Neuroscience (neuro.fsu.edu) and welcome applicants to both the CCN program (psychology.fsu.edu/graduate/pro...) and Program in Neuroscience!
Program in Neuroscience
FSU, designated a preeminent university in the state of Florida, is one of the most respected research and learning institutions in the country.
neuro.fsu.edu
October 5, 2024 at 3:42 PM
Our faculty are also cross-listed as part of the Program in Neuroscience (neuro.fsu.edu) and welcome applicants to both the CCN program (psychology.fsu.edu/graduate/pro...) and Program in Neuroscience!
The Nee lab studies higher-level cognition using fMRI, EEG, TMS, and computational techniques (psy.fsu.edu/neelab). Ongoing work examines brain interactions supporting cognitive control, transformations of working memory, and interventions to modulate reward processing.
Home | neelab
psy.fsu.edu
October 5, 2024 at 3:42 PM
The Nee lab studies higher-level cognition using fMRI, EEG, TMS, and computational techniques (psy.fsu.edu/neelab). Ongoing work examines brain interactions supporting cognitive control, transformations of working memory, and interventions to modulate reward processing.
Dr. Alireza Salami will be joining us in the Spring (www.alirezasalamilab.com). His lab studies the brain basis of cognitive decline in aging using fMRI and PET.
As a part of our attempts to investigate the brain basis of cognitive decline, we started a large scale study, DyNAMiC, in which advanced multimodal brain mapping techniques were used to provide unique insights into neurocognitive mechanisms of healthy aging.
www.alirezasalamilab.com
October 5, 2024 at 3:42 PM
Dr. Alireza Salami will be joining us in the Spring (www.alirezasalamilab.com). His lab studies the brain basis of cognitive decline in aging using fMRI and PET.
Dr. Molly Hermiller (@mollyhermiller) examines the spatiotemporal dynamics of the human brain supporting cognition, esp. the hippocampus and memory (www.hermillerlab.org). She uses fMRI and TMS to understand how memories are formed, consolidated, and retrieved.
Hermiller Lab
www.hermillerlab.org
October 5, 2024 at 3:42 PM
Dr. Molly Hermiller (@mollyhermiller) examines the spatiotemporal dynamics of the human brain supporting cognition, esp. the hippocampus and memory (www.hermillerlab.org). She uses fMRI and TMS to understand how memories are formed, consolidated, and retrieved.
Dr. Tehila Nugiel (@t_nugiel) runs the Learning Brain Lab (www.learningbrainlab.com). Her research uses fMRI to study the brain basis of learning and attention challenges in youth —including those with learning difficulties and ADHD.
the learning brain lab
www.learningbrainlab.com
October 5, 2024 at 3:41 PM
Dr. Tehila Nugiel (@t_nugiel) runs the Learning Brain Lab (www.learningbrainlab.com). Her research uses fMRI to study the brain basis of learning and attention challenges in youth —including those with learning difficulties and ADHD.
Dr. Justin Riddle (@justinmriddle) studies neural oscillations in supporting cognitive control and their disruption with psychiatric illness (www.theriddlelab.org). His work combines non-invasive brain stimulation with concurrent electrophysiology in human participants.
Riddle Lab
www.theriddlelab.org
October 5, 2024 at 3:41 PM
Dr. Justin Riddle (@justinmriddle) studies neural oscillations in supporting cognitive control and their disruption with psychiatric illness (www.theriddlelab.org). His work combines non-invasive brain stimulation with concurrent electrophysiology in human participants.