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Principles: Outline of African Kmt Ka Methods
Methodology of Ancient African-KMT
Tehuti (MAAT) [KAn = M3 + TS x MAAT(AIP)2] STAGE 1 STANDARD OPERATING PROCEDURES OF PROCESS OF A WHOLE |
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1.1 Mode of Appropriation
1.1.1 Facts
1.1.2 Data
1.1.3Data, collection, classification, organization,
validation, replicability, reliability 1.2 Mode of Inquiry
1.2.1 Law of the Unity and Struggle of Opposites (USO)
1.2.2 Law of Quantity into Quality (Q1-Q2)
1.2.3 Law of Regression Before the Leap (RBL)
1.2.4 Law of the Negation of Negation (N1-N3)
1.2..5 Summation
1.2.6 Synthesis 1.3 Mode of Presentation
1.3.1 Chronological
1.3.2 Historical
1.3.3 Logical
1.3.4 KA
STAGE 2 UNIT OF ANALYSIS 2.1 Form of Matter 2.1.1 Organic
2.1.2 Inorganic 2.2 Content of Matter 2.3 Motion of Matter 2.3.1 Auto-Dynamic
2.3.2 Speed, Direction (Velocity)
2.3.3 Circulation Mediums 2.3.4
Matter against Matter 2.4 Process as a Whole (MAAT)
2.4.1 Hierarchical system as a whole
2.4.2 Internal Systems 2.4.3
External Systems 2.4.4 Interpenetration
of Internal and External Systems
2.4.5 Elaboration of this Process as Matter in Motion, Unfolding in Particular Space and Time and Internally and Externally
Integrated With Surrounding Material Conditions.
2.4.6 Birth Development Decline and Replacement
With Higher or Lower Formation STAGE 3 MODE
OF APPROPRIATIONS (MOA)- 3.1 Data Collection Method
3.1.1 Data
3.1.2 Chronological, Historical, Logical Formation
3.1.3 Data Collection and Classification Mode 3.1.3.1
Historical Method 3.1.3.2
Survey Method
3.1.3.3 Experimental Method
3.1.3.4 Observation Method
3.1.3.5 Documentary Method
3.1.3.6 Statistical Method
3.1.3.7 Mathematical Method
3.1.3.8 Multidisciplinary Method
3.1.3.9 Interdisciplinary Method 3.2 Data Organization, Cleansing,
and Preparation
3.2.1 Data Validation
3.2.1.1 Data Classification
3.2.1.2 Data Organization
3.2.1.3 Timeframe of MAAT Development
3.2.1.4 MAAT Life Span
3.2.1.5 MAAT Life Cycle
3.2.1.6 MAAT Life Table
3.2.1.7.MAAT Process Level
1 elementary particle
2 microscopic
3 macroscopic (variant sizes)
3.2.1.8 Process dimension size
3.2.1.9 Historical (longitudinal) Context
3.2.1.10 Logical Summation
3.2.1.11 Elementary KA Motion
3.2.1.12 MAAT Formation Base Type
3.2.1.13 Classification Level
1. Cell
2. Category
3. Group
4. Series
5. System
6. Complex System
3.2.1.14 Processing Order
1 Chronology
2 History, Antecedents and Precedents
3 Logical Summation
4 Preparation for KA Systematization
3.2.1.15 KA Measurements
1. Periods
2. Phases
3. Stages
4. Contraction
5. Nodal Points
6. Revolutions |
STAGE 4 MAAT MODE OF INQUIRY (MOI) 4.1 Research Design
4.1.1 KA Process 4.1.2 Isolation
of Problem 4.1.3 Literature
Reviews 4.1.4 Summary of Necessary
Categories 4.1.5 Operationalize
Categories 4.1.6 Establishment
of Aspects of Contradiction
4.1.7 Isolation of Smallest Internal Contradictory Unit
4.1.8 Preliminary MAAT Investigation
4.1.9 MAAT Data Classification
4.1.9.1 Isolation of Contradictory Units
1. KA Fission
2. KA Fusion
4.1.9.2 USO (C,C,G,S,S1,S2,S3,CS1,CS2,CS3,C3,U3) 4.2 Analysis and synthesis of Facts/Data
4.2.1 Unit 4.2.2 Process of
its Birth/Death/ Rebirth: Development anti-thesis in womb of the thesis
1. Fertilization, Conception, Gestation Mode
2. USO, Internal Contradiction, Auto-dynamic
3. Composition of Internal and External Contradictory Unity
4. Polarization of Aspects within Unity
5. Formation of Contradictory aspects within a unity
6. Solidification of Contradictory aspects
7. Equalization
8. Interpenetration of Opposites (Fusion)
9. Neutralization-Paralysis
10. Identity
11. Inversion
12. Antagonism of Interpenetrated Opposites
13. Motion toward Resolution
14. Accelerated Metabolism, Break in Continuity, Rupture
15. Regression Before the Leap
16. Sublation
17. Supersession
18. Leveling Down
19. Reproduction 4.3 Scientific Lab Notebooks
4.3.1 Standard Documentation Procedures For Each Notebook
1 Title, Number, Initiation/Completion Date, Class
1.Organizational Method
2.Number, Heading System
3.Preface, Table of Contents, Plan
4.Symbol Codes, Terminological System
2 Inference in each Notebook
3 General Inference From Sum Total of Notebooks
4 General Summary of all Notebooks
5 Notebooks
6 Chronological Organization
7 Logical Summation
8 KA Analysis (elementary)
9 Transference to Master Notebooks
10 Summarized Notebooks 4.3.2 Standard Documentation Procedures for each notebook
1 Title, Number, Initiation/Completion Date, Class
1. Organizational Method
2. Number, Heading System
3. Preface, Table of Contents, Plan
4. Symbol Codes, Terminological System
2 Summary
3 Thesis
4 Anti-Thesis
5 Synthesis
6 Inference in each Notebook
7 General Inference Drawn From Sum Total of Notebooks
8 General Summary of all Notebooks
1. Notebooks
2. Chronological Organization
3. Logical Summation
4. KA Analysis (Elementary)
5. Transference to Master Notebooks
6. Transition to KA Testing Method
(Application of MAAT)
9 Summarized Notebooks (preliminary)
1 Internal Contradictions
2 Interrelationship of Contradictions
3 Interpenetration of Contradictions
4 Application of KA 4.4 Mode of Appropriation (SLNB) 4.5 Mode of Inquiry (SLNB)
1 Laws, i.e., (MAAT-R;USO;Q1-Q2;RBL;N1-N3;R2)
2 Category levels, i.e., (c,c,g,s,s,cs,u1,u2,u3)
3 Summation 4 Synthesis
1. Internal Contradictions
2. Interrelationship of Contradictions
3. Interpenetration of Contradictions
4. Application of KA 4.6 Mode Of Presentation (SLNB)
1. Research Report
2. Final Document within notebooks: drafts
3. computer
4. publication STAGE 5 MAAT MODE OF PRESENTATION (MOP) 5.1 Chronological 5.2 Historical 5.3 Logical Summation 5.4 KA
1 Laws, i.e., (MAAT-R;USO;Q1-Q2;RBL;N1-N3;R2)
2 Category levels, i.e., (c,c,g,s,s,cs,u1,u2,u3)
3 Summation
4 Synthesis 5.5 Use KMT Language, Symbols
1 Mathematical Terminology
2 Technical Illustration 5.6 Presentation form
1 written
2 spoken
3 symbolic
4 artistic etc. STAGE
6 PROCESS AS A WHOLE 6.1 MAAT Process as a Whole 6.2 MAAT Template
6.3 MAAT Appendix, Word Glossary 6.4 Symbol Glossary 6.5 Formula Index |
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