NEUROCOGNITIVE STIMULATION IN MILITARY TRAINING: IMPACT ON PERFORMANCE AND EMOTIONAL REGULATION

This research investigates the impact of neurocognitive stimulation on performance

and emotional regulation in military training. Historically, research has focused on the physical

and objective factors of performance, often neglecting the neurocognitive and emotional aspects

that are crucial in high-stress operational conditions. The study proposes an integrated approach

combining EEG monitoring with non-invasive neurostimulation using the HALO Sport device to

assess its impact on focus, emotional regulation, and physical performance. In a simulated

military biathlon experiment, participants were exposed to complex tasks under three

experimental conditions: no stimulation, active stimulation, and placebo stimulation. The results

revealed that neurostimulation with HALO Sport significantly improved cognitive and motor

performance while reducing negative emotional responses such as anxiety and enhancing mental

resilience. The study demonstrates that neurocognitive stimulation can be an effective method for

optimizing military training, contributing to better emotional self-regulation and more efficient

operational performance under stress. The findings suggest that this integrated neurocognitive

approach could revolutionize military training strategies, fostering a balance between physical

and mental performance crucial for critical operational contexts.