Maggie P. Rempe

According to our database, Maggie P. Rempe authored at least 6 papers between 2022 and 2025.

Collaborative distances:

• Dijkstra number of five.
• Erdős number of four.

2025

Dual-montage high-definition transcranial direct current stimulation (HD-tDCS) modulates the neural dynamics serving working memory.

Peihan J. Huang, Yasra Arif, Jake J. Son, Jason A. John, Maggie P. Rempe, Kellen M. McDonald, Lauren K. Webert, Grant M. Garrison, Hannah J. Okelberry, Kennedy A. Kress, Nathan M. Petro, Tony W. Wilson

NeuroImage, 2025

Oscillatory and evoked neural responses underlying gating in the primary somatosensory cortices: Evidence from optically-pumped magnetometry.

Yasra Arif, Elizabeth Heinrichs-Graham, Alexa M. Wildy, Thomas W. Ward, Augusto Diedrich, Christine M. Embury, Maggie P. Rempe, Ryan J. Glesinger, Zhiying Shen, Kellen M. McDonald, Peihan J. Huang, Seth Bashford, Brittany K. Taylor, Max J. Kurz, Tony W. Wilson

NeuroImage, 2025

2024

Oscillatory activity in bilateral prefrontal cortices is altered by distractor strength during working memory processing.

Megan C. Hall, Maggie P. Rempe, Ryan J. Glesinger, Lucy K. Horne, Hannah J. Okelberry, Jason A. John, Christine M. Embury, Elizabeth Heinrichs-Graham, Tony W. Wilson

NeuroImage, 2024

2023

Disturbances in primary visual processing as a function of healthy aging.

Seth D. Springer, Tara D. Erker, Mikki D. Schantell, Hallie J. Johnson, Madelyn P. Willett, Hannah J. Okelberry, Maggie P. Rempe, Tony W. Wilson

NeuroImage, May, 2023

2022

Spontaneous sensorimotor beta power and cortical thickness uniquely predict motor function in healthy aging.

Maggie P. Rempe, Brandon J. Lew, Christine M. Embury, Nicholas J. Christopher-Hayes, Mikki D. Schantell, Tony W. Wilson

NeuroImage, 2022

Eyes-closed versus eyes-open differences in spontaneous neural dynamics during development.

Nathan M. Petro, Lauren R. Ott, Samantha H. Penhale, Maggie P. Rempe, Christine M. Embury, Giorgia Picci, Yu-Ping Wang, Julia M. Stephen, Vince D. Calhoun, Tony W. Wilson

NeuroImage, 2022