System and Method for Measuring and Utilizing Personal Neural Carrier Frequency (FANM)

This technical report presents the FANM (Personal Neural Carrier Frequency) system and method — a novel approach for measuring and utilizing an individual’s intrinsic cortical rhythm within the alpha band (6–14 Hz). Electroencephalographic (EEG) data analyzed from BNCI Horizon 2020 datasets demonstrate a stable personal carrier frequency (fc ≈ 9.63 Hz, ICC ≈ 0.92). This intrinsic frequency enables design of individualized adaptive neurofeedback and neural resonance protocols for cognitive, behavioral, and emotional modulation. The invention has implications for personalized neurotechnology, neurotherapy, and brain–computer interfacing.本技术报告介绍了FANM（个人神经载波频率，Personal Neural Carrier Frequency）系统与方法——一种用于测量并利用个体α频段（6–14 Hz）内在皮层节律的创新方案。针对BNCI地平线2020（BNCI Horizon 2020）数据集的脑电图（Electroencephalogram, EEG）数据开展分析后，结果证实个体存在稳定的个人载波频率（fc≈9.63 Hz，组内相关系数ICC≈0.92）。该内在皮层节律可用于设计面向认知、行为与情绪调控的个性化自适应神经反馈及神经共振方案。本发明可为个性化神经技术、神经治疗以及脑机接口领域带来重要应用价值。