Theory of the neuronal circuity of the brain and analytical thinking

Inhaltsverzeichnis

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

  • 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 clusteres (magnocellularen und primären) Kletterfasersignals zu einem Cortexcluster

• Chapter 2: The multilevel parvocellular system of the brain

  • Teil 2.1. Das parvocellulare Kletterfasersystem des Gehirns

  • 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

• Acknowledgement

• Bibliography - Part 1 and Part 2

• ← Index

ISBN 978-3-00-037458-6
ISBN 978-3-00-042153-2

Monografie von Dr. rer. nat. Andreas Heinrich Malczan