Theodore J. Huppert

This study uses fNIRS to show that thumb and shoulder auricular points activate specific regions in the left primary somatosensory cortex, supporting somatotopy.

This study tests if scale invariance measured by the Hurst exponent can quantify cognitive load using fNIRS during a working memory task, showing higher H during easier tasks.

This study uses fNIRS and PLS analysis to show how working memory load affects brain activity and performance, revealing task-specific relationships between hemodynamics and accuracy.

This paper introduces a new paradigm to measure resting state functional connectivity in young children using fNIRS and Freeplay, showing feasibility, validity, and reliability in children aged 3-8 years.