the brain model - cosmology

[syn_mail]

Dear friends,

Good morning.  I will try to explain a bit more about the model implications.

It proposes that the brain operates in three layers - comprehension, imagination

and imitation.  Comprehension is the basic layer, it is sensory and natural, 

the object is recorded as is.  Comprehension is pure reception, it has no 

reaction, no speech.  Comprehension connects new objects in the brain

to the core objects to create बोध.  The rules of बोध is natural, they are inherited

as a signature of the human being. Comprehension layer has no verb,

it is time-independent.

Over the comprehension layer we have the imagination layer.  The first part

of the imagination is to isolate us from the universe by creating an identity.

Identity is a manifested entity expressed through our voice.   The voice 

creates a label for the object by giving it a character.  The voice is local 

and is a tool to map the universe in us through our vocal arrangements.

It has unlimited degrees of freedom.  Expression of comprehended objects    

(neural structures) through voice is our natural language.  Its structure is

Paninian but could be larger.  One's "I" is a construct of imagination.

In the linguistic universe, "I" appears as the doer.  "I" imagines and creates

literature.  This is the capacity of वाक्. 

Then we have a top layer of imitation.  Here we bypass comprehension.

In bypassing comprehension, we also bypass imagination.  Imitation reduces

our human abilities.  Comprehension is there but local memory overrides.

Local memory confines us by reducing our potential to a limited set of 

possibilities.  स्मृति is a capacity, but we don't have a counter-capacity to 

erase it. It makes its own rules and creates a narrow path for the brain to 

operate.  It's possibly energy-efficient, but is totally transient.

I thank you for the opportunity to create a neuroscientific model of our

thinking and conduct.  There are a lot of inner details which need be 

sorted out.  We will gradually compute the interactions between the 

layers. 

Best regards,

Bijoy Misra