Vertebrate brain theory
for the European Union’s Human Brain Project
ISBN 978-3-00-064888-5
3. The analogue primeval brain and its history of origin
3.1The formation of neuronal centers in simple bilateriaa
3.2 The nervous system of segmented Bilateria
3.3 The specialization of the head segments and their merging
3.4 The basic structures iin the primordial brain of segmentes Bilateria
3.5 The topological welll-being of neurons in the launch system
3.6. The topological wellbeing in the haed area
3.7 The signal interactions in the torus semicircularis
3.8. The beginnings of the basal ganglia system in the early promordial brain
3.9 The reconstruction of the vestibular sense and the development of the cerebellum
3.10 Theory of neuronal signal inversion
3.12. The origin of the origonal Spinocerebellum
3.13Visual motion detected in the early primal brain
3.14. The origin of the primitive Pontocerebellum
3.15 The first expansion phase of the original spinocerebellum
3.16. The first expansion phase of the original Pontocerebellum
3.17The topology of cortex and cerebellum clusters
3.18 The imprinting algorithm in early Pontocerebellum
3.19. The development of the olfactory system
3.20Motion detection in early olfactory system
3.21Motion analysis in the amygdala for complementary signal classes of the on-off type
3.22 The analogue primal brain of the early choral data