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Typology of nonlinear activity waves in a layered neural continuum
Paul Koch,
Gerry Leisman
Department of Physical Therapy
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peer-review
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Keyphrases
Activity Patterns
50%
Alertness
50%
Cell Behavior
50%
Cognitive Phenomena
50%
Consecutive Generations
50%
Electrochemical Energy
50%
Finite number
50%
Frequency Pattern
50%
Holographic Memory
50%
Layer Geometry
50%
Monochromatic Waves
50%
Multi-frequency
50%
Neural Darwinism
50%
Neural Tissue
50%
Neural Waves
50%
Neuronal Cells
50%
Non-linear Activities
100%
Number of Parameters
50%
Numerical Solution
50%
Propagating Waves
50%
Psychological Time
50%
Spatial Frequency
50%
Spatiotemporal Pattern
50%
Synaptic
100%
Time Delay
50%
Wave Configuration
50%
Wave Growth
50%
Wave Mixing
100%
Wilson-Cowan
50%
Engineering
Active Cell
50%
Chemical Energy
50%
Concrete Form
50%
Delay Time
50%
Finite Number
50%
Monochromatic Wave
50%
Multiple Frequency
50%
Numerical Solution
50%
Propagating Wave
100%
Saturates
50%
Spatial Frequency
50%
Earth and Planetary Sciences
Chemical Energy
100%
Psychology
100%
Spatiotemporal Patterns
100%