Triffet T, Green H S
College of Engineering and Theoretical Physics, University of Arizona, Tucson 85721.
J Theor Biol. 1988 Mar 21;131(2):199-221. doi: 10.1016/s0022-5193(88)80237-6.
Coupling coefficients are derived for the transfer of energy from an electromagnetic wave propagating in the extracellular fluid of a cortex layer, using an ion dynamical model developed earlier (Green & Triffet, 1985). With the assistance of a simple computational algorithm, these are used to document the performance of a basic neural circuit (Eccles, 1979) embedded in a columnar structure of the type described by Mountcastle (1979). Results point to a holographic model of memory, in which calcium configurations in the dendrites of cerebellar granular cells, fixed by modulated alpha-waves, constitute the basic information storage mechanism. Event-related potential waves, known to sweep over selective regions of the cortex in advance of any muscular act, are explained as a logical consequence of circuit function.
利用先前开发的离子动力学模型（格林和特里费特，1985年），推导了从在皮质层细胞外液中传播的电磁波传递能量的耦合系数。借助一个简单的计算算法，这些系数被用于记录嵌入芒卡斯尔（1979年）所描述类型的柱状结构中的基本神经回路（埃克尔斯，1979年）的性能。结果指向一种记忆全息模型，其中由调制α波固定的小脑颗粒细胞树突中的钙构型构成了基本信息存储机制。已知在任何肌肉动作之前扫过皮质选择性区域的事件相关电位波，被解释为回路功能的逻辑结果。
