smni01_lecture

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%A L. Ingber

%T Statistical Mechanics of Neocortical Interactions (SMNI): Multiple Scales of Short-Term Memory and EEG Phenomena

%R SMNI Lecture Plates

%I Physical Studies Institute

%D 2001

%O URL https://www.ingber.com/smni01_lecture.pdf

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 COVER PAGE

 CONTENTS-1

 CONTENTS-2

 SMNI RATIONALE--"TOP DOWN"

      Noninvasive Recordings of Brain Activity

           EEG Electrodes

           Single Electrode Recording of Dipole Activity

      EEG of Mechanical String

           String Equation

           String Observables

 SMNI DEVELOPMENT--"BOTTOM UP"

      Scales Illustrated

      Microscopic Neurons

      Mesoscopic Aggregation

      Mesoscopic Interactions

      Mathematical Development

           Inclusion of Macroscopic Circuitry

           Equivalent Nearest-Neighbor Interactions

 MATHEMATICAL AND NUMERICAL ASPECTS

      Induced Riemannian Geometry

      Measures of Nonlinear Nonequilibrium

      Representations of Path Integral

      Adaptive Simulated Annealing (ASA)

 GENERIC MESOSCOPIC NEURAL NETWORKS (MNN)

      Applications

      MNN Learning

      MNN Prediction

      MNN Parallel Processing

 SHORT-TERM MEMORY (STM)

      Derivation of Short-Term Memory (STM)

           Centering Mechanism

           Applying the Centering Mechanism--"Inhibitory" State

           Contours of "Inhibitory" State

           Applying the Centering Mechanism--"Excitatory" State

           Contours of "Excitatory" State

           Applying the Centering Mechanism--"Balanced" State

           Contours of "Balanced" State

      Modeling Visual Cortex STM

      STM Stability and Duration

      PATHINT Calculations of STM

           PATHINT Calculations of STM BC'_VIS

      Primacy Versus Recency Rule

      40 Hz Models of STM

 ELECTROENCEPHALOGRAPHY (EEG)

      Local and Global EEG

      EEG Phenomena--Euler-Lagrange Approximation

           E-L Propagation of Information

      Macroscopic Linearization Aids Probability Development

           EEG Macrocolumnar Lagrangian

      EEG Variational Equation

      Macroscopic Coarse-Graining

      Development of Macrocolumnar EEG Distribution

      Development of EEG Dipole Distribution

      Key Indicators of EEG Correlates to Brain States

      Pilot Study--EEG Correlates to Behavioral States

      Lessons Learned

 CANONICAL MOMENTA INDICATORS (CMI) -- EEG

      Canonical Momenta Indicators (CMI)

      SMNI CMI of Genetic Predisposition to Alcoholism

      Data vs SMNI CMI for Alcoholic Group -- S2 Match

      Data vs SMNI CMI for Control Group -- S2 Match

 CHAOS IN EEG?

      Duffing EEG Analog -- Chaos in Noise

      Duffing EEG Analog -- Preliminary Indications

 SMNI CORRELATES OF REACTION TIMES

      Hick's Law

      Time of First Passage Estimate of RT

      Calculation of Hick's Law

 SMNI FEATURES

      Increasing Signal to Noise/Audit Trail to Sources

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