4

primary motor areas → secondary association areas → tertiary areas : prefrontal areas (take initative , plan sequence, feedback)

tertiary → primary areas : final output done by corticospinal tract (pyramidal tract)

**he ability to recognize objects presented in two different sensory modalities**

when you see an oject in a screen (visual) , you can find next to you just by touch (somatosensory)

hyppocmapus (in temporal lobe) can memorize all types of information ( visual , auditory and somatosensory)

complexity increases form primary to tertiary

the higher in the hierarchy ( primary →secondary→tertiary), the lower the specificty pf neurons

*associative cells enabling information to be processed at a higer level*

*lateralization*: difference in function between LH and RH

the higher the hierarchy (secondary and tertiary areas ) the more the difference in function between LH and RH

1. cortical areas are not serial connected but reciprical (not a simple feed forward system)
2. not one areas recevs input form all other areas
3. each cortical zone can execute more than one operation, also primary cortex
4. cortical operations take place in close cooperation with subcortical areas ( frontospatial systems)

1. behaviour behcomes more flexible
2. behaviour becomes nore complex
3. fist "higher areas " dependent of "lowe areas"
4. later in development "higher areas", control lower areas →inhibition