Theory of the neuronal circuity of the brain and analytical thinking

Teil 1

The theoretical elements presented in this monograph are now more than 10 years old, partly outdated and even incorrect in places. In particular, the interpretation of neuronal nuclei as negation nuclei is incorrect. It has been shown that there is (almost) no neuronal negation in the nervous system of vertebrates; instead, neuronal signal inversion occurs. While in negation nuclei the inhibition is absolute and total, in inversion nuclei the inhibition is only relative, so that there is always a residual signal that is inverted with respect to the original signal. The problem was that negation nuclei and inversion nuclei are almost indistinguishable in terms of their cytoarchitectural structure.

This note should be observed when readers read this monograph. A revision is no longer planned.

Theory of the brain’s neural circuitry

Chapter 1: The multi-level, magnocellular mean value system of the brain

Vorwort des Autors zur ersten Auflage (Exemplar Nr. 0 bis 10)

Vorwort des Autors zur zweiten Auflage

Part 1.1 Cortex cluster, activity neuron and mean signal level

Part 1.2 Typification of neural core regions

Part 1.3 The single and double negation of neuronal signals

Part 1.4 Inversion of neural signals

Part 1.5 The set-theoretical consideration of neuronal nuclei

Part 1.6 The neural elementary oscillating circuits in the striosome system

Part 1.7 The generation of the (magnocellular and primary) climbing fibre signal to a cortex cluster

Chapter 2: The multilevel parvocellular system of the brain

Part 2.1 The parvocellular climbing fibre system of the brain

Part 2.2 The role of the nucleus pedunculopontinus in the basal ganglion system

Part 2.3 Basal ganglion diseases and deep brain stimulation

Part 2.4 Compartmentalization of the neural system of the brain

Part 2.5 The evolutionary significance of the cholinergic projection of the striatal matrix onto the striosomes

Part 2.6 The symbiosis of cerebellum and hippocampus

Part 2.7 The sequential storage of data in the cerebellum

Part 2.8 The video memory of the cerebellum

Part 2.9 The substitution of the magnocellular climbing fibre signal by the parvocellular

Part 2.10. Dynamic memory management and plasticity of the cortex

Part 2.11. The basic circuit of the inner screen as inverse detection grid

Part 2.12 The microelectronic interpretation of cortex and cerebellum

Part 2.13. Cerebellar reverberation - Basis for learning signal sequences

Part 2.14. A circuit variant of the inverse video memory

Part 2.15. The emergence of consciousness and thought as a systems-theoretical reality

Danksagung

Literaturverzeichnis

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Inhaltsverzeichnis