Determining Which Brain Regions Are Active During Flight Simulation at Separate Training Timepoints

What this Trial Is About

This research aims to identify the specific brain circuits involved in military aviator performance by studying which brain regions are active during virtual flight simulations using the Precision Instrument Control Task (PICT). The goal is to understand the neural connections that support precise flying skills, especially in highly trained military pilots, and to observe changes in brain function and structure over time as training progresses. Participants will undergo brain scans using functional Magnetic Resonance Imaging (fMRI) while performing flight simulations with a realistic virtual reality setup. The simulation uses high-resolution stereogenic goggles and a flight control system mimicking a jet cockpit, allowing detailed measurement of brain activity during tasks that simulate real flying conditions. Scans will be conducted twice, approximately two months apart, to compare brain activity and anatomy at separate training timepoints. During the study, participants will be closely monitored while performing the flight simulation inside the MRI scanner. Researchers will evaluate flight simulation scores based on reaction times and accuracy throughout the study period, which lasts up to 30 months from enrollment. The study also includes assessments of brain anatomy and functional connectivity changes, aiming to link these neurological factors with flight performance. Safety and comfort during MRI scanning will be ensured, and detailed imaging data will be collected to advance understanding of pilot training effects on brain function.

Determining Which Regions of the Brain Are Active During Flight Simulation at Separate Timepoints During Training