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=== Gativus Theory of Mind and Consciousness (GTOM) ===
=== Gativus Theory of Mind and Consciousness (GTOM) ===
'''Gativus'''  solves the Mind-Body problem by considering it from engineering point of view, i.e. that both are networks.  
'''Gativus'''  solves the Mind-Body problem by considering it from engineering point of view, i.e. that both the Mind and the Body have to be networks.  


The "Body" network is based on cellular tissue of neurons and is comprised of numerous sub-networks, such as hippocampus, cerebellum, etc, as well as various fields of cortex.
The "Body" network is based on cellular tissue of neurons and is comprised of numerous sub-networks, such as hippocampus, cerebellum, etc, as well as various fields of cortex. But all of them have technical background and would be implemented not only as biological, but also as electronic device.


The "Mind" network is based on knowledge entities as a main construction block, and comprised of sub-networks  associated with human psyche.
The "Mind" network is based on knowledge entities as a main construction block, as well as corresponding tools for their creation and manipulation. This network traditionally associated with human psyche.


Both networks has primary target to ensure survival of the organism.<div style="height:20px"></div>
Both networks has primary target to ensure survival of the organism as individual and as kind.<div style="height:20px"></div>
<div>[[File:2 networks 1 brain v2.png|center|Gativus suggests what the solution to this problem looks like.|thumb|514x514px]]</div>As soon as both components of the Mind-Body problem are networks, they can be represented as set of nodes and their relations. Gativus defines node as identified entity with unique name and numerous components gathered into groups by their distinctive properties, such as value storage, activity, etc. Every component may have a connection point for establishing a relation, which is specific for each group of components. Gativus node notation is described in Gativus Notation.
<div>[[File:2 networks 1 brain v2.png|center|Gativus suggests what the solution to this problem looks like.|thumb|648x648px]]</div>As soon as both components of the Mind-Body problem are networks, they can be represented as set of nodes and their relations. Gativus defines node as identified entity with unique name and numerous components gathered into groups by their distinctive properties, such as value storage, activity, etc. Every component may have a connection points for establishing relations, which are specific for each group of components. Gativus node notation is described in Gativus Notation (GNOT).


'''Gativus''' is based on Axiom#1 that both networks have physical connection, what means that there are relations between knowledge entities and neuron level cells.
'''Gativus''' is based on Axiom#1 that both networks have physical interconnection, what means that there are relations between knowledge entities and neuron level cells.


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Latest revision as of 00:50, 10 January 2025

Gativus Theory of Mind and Consciousness (GTOM)

Gativus solves the Mind-Body problem by considering it from engineering point of view, i.e. that both the Mind and the Body have to be networks.

The "Body" network is based on cellular tissue of neurons and is comprised of numerous sub-networks, such as hippocampus, cerebellum, etc, as well as various fields of cortex. But all of them have technical background and would be implemented not only as biological, but also as electronic device.

The "Mind" network is based on knowledge entities as a main construction block, as well as corresponding tools for their creation and manipulation. This network traditionally associated with human psyche.

Both networks has primary target to ensure survival of the organism as individual and as kind.

Gativus suggests what the solution to this problem looks like.

As soon as both components of the Mind-Body problem are networks, they can be represented as set of nodes and their relations. Gativus defines node as identified entity with unique name and numerous components gathered into groups by their distinctive properties, such as value storage, activity, etc. Every component may have a connection points for establishing relations, which are specific for each group of components. Gativus node notation is described in Gativus Notation (GNOT).

Gativus is based on Axiom#1 that both networks have physical interconnection, what means that there are relations between knowledge entities and neuron level cells.

See also