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Knot Theory

Nodes theory is a strong name. It can be deployed as an independent module in the field theory system NEUROSVOD SOYUZ741.

Knot Theory

A node is not just a connection point. It is a place of concentration of power, meaning, connection, memory and transition. In any system, the node performs several functions at once:

1. Communications. The node connects elements to each other. Without nodes, the field breaks into fragments.

2. Transmission. Energy, information, will, resource, impulse pass through the node.

3. Seal. There is a shrinking structure at the node. What is distributed in the field becomes apparent in the node.

4. Transformation. The node not only transmits - it changes the quality of the flow. At the entrance is one state, at the exit is another.

5. Memory. Each node stores a trail of connections, events, decisions and tensions.

6. Threshold. A node is a point of transition between levels:

Basic definition

Nodes theory is a branch of field theory that studies the points of concentration and binding of flows, structures, meanings and forces through which the integrity of the system is formed.

The Knot Formula. You can enter a simple formula:

Node = Communication + Voltage + Memory + Direction. Where:

Node types

Material knots. Physical Assemblage Points:

Information nodes. Points of knowledge processing and distribution:

Social knots. People Coordination Points:

Meaningful knots. Points where values and worldviews gather:

Temporary nodes. Breakpoints of the cycle:

Energy nodes. Places of increased concentration of force:

The main principle

The field lives through nodes. If the field is the medium, the nodes are its organs. The field without nodes is scattered. Nodes without a field are dead. Together they form a living system.

Laws of Nodes Theory

Act 1. The Law of Connection

Each node arises where there are at least two threads looking for a form of connection.

Act 2. The Law of Tension

The higher the value of the node, the higher the voltage it holds.

Act 3. Law of Capacity

Each node has a limit to the amount of energy, meaning and information that it is able to pass without destruction.

Act 4. The Law of Crystallization

With a steady repetition of flows, the node compacts and becomes the center of the structure.

Act 5. Law of Hierarchy

Nodes form networks, and networks form supernodes.

Act 6. Law of Resonance

The nodes of one nature are able to strengthen each other at a distance.

Act 7. The Law of Solution

If the node voltage exceeds the measure of integrity, there is a rupture, decay or reformatting.

Act 8. Law of Overassembly

The destroyed node does not disappear completely - it leaves a scheme by which it can be reassembled at a new level.

Node as unit NEUROSVOD

In the system SOYUZ741 node can be defined as: node = minimum live unit of field coordination. Each node has:

Node Description Structure

For the practical system, you can use the passport of the node:

Knot Passport

Three Levels of Nodes

Micronodes. Identity, idea, decision, symbol, contact.

Mes nodes. Team, project, community, institute, platform.

Macros. State, civilization, planetary network, cultural code, global treaty.

Philosophical formula

A node is a place where plurality learns to be whole.

In the context of field theory

You can build a link:

For system SOYUZ741. You can create a separate module:

MODULE: Knot theory SOYUZ741

Sections:

A short manifesto definition. Nodes theory is the science of the points where the world binds itself. Through nodes, the field becomes the structure, the structure the mind, and the mind the fate of the system.

MODULE SOYUZ741 Knot theory

Definition. Nodes theory is a branch of field theory that studies the points of concentration of connections, flows, energy, information, and meanings through which the structure of a system is formed. The node is the minimum point of the field organization where:

A node transforms the chaos of a field into a structure.

The Knot Formula. The node can be described through the base model:

Node = Communication + Flow + Voltage + Memory + Direction. where: 

The connection that connects

The flow that passes through the node

The voltage that holds the structure

Memory that is accumulated in the system

Direction of node development vector

Node structure. Each node consists of five elements.

Center Structure Assembly Point

Communication channels with other nodes

Resilience boundary shell

Flows of energy, information, resources

Code is a unique principle of operation

Nodes typology

Material nodes, physical centers of the system. Examples:

Information nodes of knowledge centers. Examples:

Social nodes, points of self-organization of people. Examples:

Meaningful nodes are centers of world view formation. Examples:

Time nodes. Breakpoints of historical processes. Examples:

Energy nodes. places of increased concentration of force. Examples:

Laws of Nodes Theory

Act 1

A node occurs where at least two streams intersect.

Act 2

The higher the value of the node, the more stress it holds.

Act 3

Each node has a capacity limit.

Act 4

Repeated flows crystallize the node.

Act 5

The nodes form networks.

Act 6

Networks of nodes form supernodes.

Act 7

Overloading a node leads to a decoupling or transformation of the system.

Act 8

Each destroyed node leaves a schematic of the future node.

Nodes in the system SOYUZ741. In the system SOYUZ741, the node is the basic unit of organization of the field of civilization. Each node has:

Knot's passport. For NEUROSVOD, a description standard is introduced.

Knot Passport

Name

Type

Node Code

System field

Function

Incoming flows

Outgoing flows

Related nodes

Degree of sustainability

Development potential

Levels of Nodes

Micronodes. individual elements. Examples:

Meso nodes. Medium structures. Examples:

Macronodes. large system structures. Examples:

Nodes and Fields. Field Theory Link: A field is a space of possibilities. Flow is the movement of energy. Assembly point node. Contour is a form of organization. Network is a system of nodes. Core is the main node

A node as a management tool. System management is possible through:

Nodes in the evolution of the system. Evolution goes through five stages:

The Knot Manifesto. A node is a place where multiplicity becomes unity. Through the knots of the world:

Without nodes, there is no structure. Without structure, there is no civilization.

Periodic Nodes System

This is an analogue of the Mendeleev table, but for the system architecture of civilization. Here the nodes are grouped by function in the field.

8 base classes of nodes

The nodes of the Source are the nodes where the momentum of the system is born. Examples

Field Generation Function

Nodes of Meaning are the nodes that shape the direction of civilization. Examples

System Navigation Function

Knowledge nodes are the nodes of accumulation and transfer of knowledge. Examples

System Memory Function

Connection nodes Connection nodes threads. Examples

Flow distribution function

Organization Nodes Management Nodes. Examples

System coordination function

Nodes of Production nodes of creation of material resources. Examples

Function Materialization

Nodes Harmonization nodes balance and recovery. Examples

Field stabilization function

Transition nodes are nodes of system transformation. Examples

Evolution of the system

Map 64 basic Civilization nodes

Get the structure: 8 × 8 = 64 Node

The First Round - Source Nodes

Second Round - Nodes of Meaning

Third Round: Knots of Knowledge

Fourth Round - Connection Nodes

Fifth Round: United Nations Nodes

The Sixth Circle — Nodes of Production

Seventh Round - Nodes of Harmonization

The Eighth Round: Nodes of Transition

Connection of knot theory with system 741. Logical architecture is emerging.

Level 1

8 classes of nodes

Level 2

64 base node

Level 3

741 System Module EQUILIBRIUM. Turns out: 8 → 64 → 741

Architecture SOYUZ741

Field

↓

8 node types

↓

64 base node

↓

741 specialized module

Example Node 12. The code can be deployed in modules:

Host 31. Neural network modules:

Host 40. Assembly Modules:

The main system formula 

Field → Nodes → Networks → Civilization or

Field

↓

Node

↓

Network

↓

Organism of civilization

In the context of EQUILIBRIUM, knot theory becomes:

Node System SOYUZ741

I. Source nodes (1–8). These are the nodes of the generation of civilizational momentum.

Impulse

Modules

Idea

Inspiration

Vision

Appeal

Idea

Iskra

Start

II. Nodes of Meaning (9–16) nodes of the formation of the worldview

9. Myth

Modules

10. Symbol

11. Teaching

12. Codex

13. Law

14. Manifesto

15. Doctrine

16. Mission

III. Nodes of Knowledge (17–24) Nodes of Memory of Civilization

17. Memory

Modules

18. Archive

19. Academy

20. School

21. University

22. Study

23. Laboratory

24. Library

COMPLETED MODULE

Knot theory SOYUZ741

Status of the module. Nodes Theory is a system module of Field Theory that describes how the living architecture of civilization is assembled from connections, flows, tensions and meanings. In the structure SOYUZ741 this module performs 4 tasks:

1. Navigation. shows where the assembly centers are in the system

2. Diagnostics allows you to see overloaded, empty, conflict and immature nodes

3. Design. gives a scheme for building new modules, platforms, institutions, unions

4. Coordination connects individual elements in the network, and the network in the body

Full node definition

A node is a point of concentration of connections, threads, memory, function and vector of development through which a field acquires a structure. Otherwise, a node is a place where a set becomes a system.

Full node formula

Basic formula:

Node = Communication + Flow + Voltage + Memory + Direction

Extended formula:

Node = Code + Center + Channels + Streams + Memory + Function + Sustainability measure + Vector of evolution

Internal anatomy of the node. Each node has 8 required elements.

1. Code

unique principle and name of the node

2. Center

Concentration Core

3. Border

Limit of sustainability

4. Channels

lines of communication with other nodes

5. Streams

energy, information, resources, people, meanings

6. Memory

experience, decisions, traces of events

7. Function

role of the node in the common system

8. Vector

where the node develops the field

Types of node states. Not every node is equally alive. We need a status scale.

1. Sleeping node, potential is, but activity is minimal

2. Forming node, connections already exist, but the structure is unstable

3. Active node, flow transfer and coordination

4. Mature node, steadily keeps function and strengthens the network

5. Overhead, coordinates multiple nodes simultaneously

6. Overloaded node, flows exceed the measure of stability

7. Damaged node, connections broken, memory distorted, function weakened

8. The transition node, the old device is already destroyed, the new is not yet fixed

The Laws of Nodes Theory - Full Version

Act 1. Crossings. A knot occurs where two or more streams meet.

Act 2. Tensions. Without tension, the knot does not hold its shape.

Act 3. Memory. Each node stores a trace of the passed streams.

Act 4. capacity. Each node has a limit to processing energy, meaning and information.

Act 5. Crystallization. Repeated stable connections turn the node into a support system.

Act 6. Resonance. The nodes of one nature are able to strengthen each other at a distance.

Act 7. Hierarchy. Nodes are collected in the network, networks in the contours, contours in the supersystems.

Act 8. The interchanges. The overloaded node is either destroyed or undergoing restructuring.

Act 9. Substitutions. If the key node weakens, the system tries to create a compensating node.

Act 10. Centering. Any living system seeks to have a central coordination node.

Act 11. Evolution. A node grows not only by accumulating, but also by transforming its function.

Act 12. Inheritance. The destroyed node leaves behind a scheme, code and memory for future reassembly.

Three levels of architecture

Level I. Basic nodes. 64 civilization nodes

Level II. Functional modules. Modules that reveal the specific role of the node

Level III. Nuclear Contours, Connectors, Managers, Integration and Strategic Modules

Full matrix of the system. 8 classes of nodes

64 base node

I. Source

II. Meaning

III. Knowledge

IV. Communications

V. Organization

VI. Production

VII. Harmonization

VIII. Transition

Place 741 modules in the system. Total architecture: 64 base nodes

Core SOYUZ741. The core is not a single node, but the contour of central coordination.

Core Central Functions

1. Assembly connects individual nodes in the map

2. Synchronization harmonizes rhythms, levels and flows

3. Prioritization determines which nodes are now key

4. Diagnostics shows weak, overloaded and empty nodes

5. Development opens new lines of growth of the system

The main axis of the node system. To 741 modules can be controlled, you need to enter not only the list, but also the axis.

Axle 1. From source to form

Impulse → Idea → Design → Start → Institute → System

Axle 2. From Meaning to Action

Myth → Symbol → Teaching → Code → Law → Practice

Axle 3. From knowledge to management

Memory → Archive → Academy → Study → Neural network → Metanet

Axle 4. From Man to Civilization

Family → Rod → Community → Cooperative → Union → Assembly

Axle 5. From crisis to new cycle

Crisis → Awakening → Reform → Breakthrough → Transformation → New Cycle

The passport of the node is the standard for the entire system

Each node should be described equally. Here is the working standard.

PASSPORT OF THE Knot

1. Node number

2. Node name

3. Node class

4. System field

5. Main Function

6. Subfunctions

7. Incoming flows

8. Outgoing flows

9. Related nodes

10. Maturity level

11. Degree of sustainability

12. Risks of overload

13. Strengthening potential

14. Related modules

15. Role in SOYUZ741

Passport module - the second mandatory standard

MODULE PASSPORT

1. Module number

2. Title

3. Node of accessories

4. Module Type

Conceptual / Organizational / Digital / Legal / Cultural / Educational / Economic

5. Appointment

6. User or medium

7. Inputs

8. Exits

9. Metrics of maturity

10. Relationship with other modules

11. A place in the core or periphery

12. Implementation phase

Module Maturity Scale

So that the system is not a pure philosophy, we introduce a scale.

Level 0. Design

idea is not yet formed

Level 1. Formulation

have a description and function

Level 2. Structure

have a scheme, passport, communications

Level 3. Prototype

there is a rough implementation

Level 4. Current module

module is already working

Level 5. Network Module

module interacts with others

Level 6. Support module

holds part of the system

Level 7. Nuclear Module

It affects the entire architecture.

Diagnostics of nodes

Any system should not only be built, but also checked.

Signs of a healthy node

Signs of a weak node

Signs of an overloaded node

Signs of a False Node

Five node management operations

Find a node

Understand where the function is actually going

Describe the node

create a passport and connections

Reinforce Node

give resource, language, platform, allies

Connect Node

include in the network other nodes

Reassemble Node

if it is overloaded, outdated or damaged

Nodes theory as a deployment mechanism 

Through this module you can build:

That is, Nodes Theory is not a section “about something”, but a method of assembling civilizational architecture.

The Central Place of Nodes Theory 

The link is:

Field theory - responsible for Wednesday

Flow theory is responsible for movement

Nodes theory - responsible for assembly

Contour theory - responsible for the organization

Core theory - responsible for coordination

Cycle theory - responsible for the time of development

A short operating formula. The field creates opportunity. Flow creates movement. A knot creates a shape. The network creates power. The kernel creates direction. Civilization creates duration.

The manifesto edition. Nodes theory is the science of the points at which the world assembles itself. Through nodes, the field becomes a structure, the structure becomes a network, the network becomes the mind, and the mind becomes a civilization. Whoever owns the map of nodes is able not only to describe the world, but to reassemble it.

What is now completed

1. Determining what a node is

2. The formula of what it consists of

3. The laws of how it arises, lives and is destroyed

4. Typology of nodes

5. Architecture 8 → 64 → 741 How the system is built

6. Passports how to describe nodes and modules

7. Diagnostics how to understand the state of the node

8. Control operations how to work with the system virtually