Pilot Experimental Proposal Detection of Individual-Specific Dynamical Invariants in Neural Activity Across Disjoint Cognitive Tasks

Despite extensive advances in systems neuroscience, the question of individual neural iden tity remains insufficiently formalized. Current models successfully explain task-related neu ral activity and population-level regularities, but often lack a principled account of stable, individual-specific organizational features that persist across tasks and time. This pilot experiment aims to test the hypothesis that individual neural dynamics are constrained by global structural invariants that are not reducible to task-specific processing or local neural mechanisms alone. The goal is not to introduce new physical entities, but to determine whether individual specific dynamical structure can be empirically detected using existing neurophysiological methods.尽管系统神经科学（systems neuroscience）已取得长足进展，但个体神经特性（individual neural identity）的相关问题仍未得到充分形式化。现有模型虽可有效解释任务相关神经活动与群体水平规律性，但往往无法对跨任务与时间仍保持稳定的个体特异性组织特征给出具备理论依据的阐释。本预实验旨在验证如下假说：个体神经动力学受到全局结构不变性的约束，而该约束无法仅通过任务特异性加工或局部神经机制得到解释。本研究的目标并非引入全新的物理实体，而是探究能否通过现有神经生理学方法，实证检测到个体特异性的动力学结构。