Anything natural is an irrefutable force to recon with. Nature is fluid, flexible, resilient, an adoption, adaptability balanced, resonating soundly. When we allow the management of situations in life to nature’s own course, whereas, we already inculcate a solid foundation knowledgeable fundamental prerequisites and skills irrevocably integral, and perfectly grounded, the blend then dissolute us as fluid. However, truth and best practices backup with confidence tune us such that, handling the system gets easy, “situational fluid adoption-adaptation”.
This makes the best manager in “natural-management”. This is gravity. Gravity is all about nature, resilience, tendency, and energy. Albert Einstein posited that, “gravity is actually the bending of spacetime around matter”, i.e. flexibility. In bearing this in mind while approaching management issues in systems, and organizations, you would win before internal/external spectacles/competitors.
This paper posited on five assumptions based on the life-span of an entity, and these, summed-up simply, implies gravity, a tendency that warps, and waxes capability, dexterity, intelligence, and energy towards becoming invincible-manager. Furthermore, it is worthy of note that information-processing and good communication skills is central to a successful system and management. Therefore, the paper further concisely-treated database-management, mining, and warehousing. We believe that this is a lot empowering.
Table of Contents
1. Flexibility or resilience in natural management
2. Preambles
3. Situational fluid adoption and adaptation (SFAA)
4. The nature of situational fluid adoption and adaptation
5. Definition of “the nature of situational fluid adoption and adaptation”
6. Summary discussion of the above definition of the nature of SFAA
7. The five natural assumptions of SFAA
8. The life span of an entity
9. The natural source of energy and old technologies (perpetual energy derivatives)
10. How friendly are these sources of energy?
11. What should we do to get abundant environmentally friendly energy?
12. Trend link, i.e. summary on electric roads
13. What is the message?
14. Advanced database management, mining, and warehousing
14.1 Database management
14.2 CFMs and DBMSs
14.3 Intelligence management of DBMSs
15. Cost and time management
Research Objectives and Key Topics
The primary objective of this work is to establish a foundational "Natural Management" framework based on the principles of resilience, flexibility, and value mechanics, applying these concepts to organizational structure, technological energy sources, and efficient data systems.
- Theoretical development of "Situational Fluid Adoption and Adaptation" (SFAA) as a management strategy.
- Exploration of the relationship between natural laws (gravity, resonance) and organizational resilience.
- Investigation into future energy sources, focusing on perpetual energy derivatives and electrical infrastructure.
- Analysis of advanced database management systems (DBMS) and their role in organizational success.
- Integration of data mining, warehousing, and artificial intelligence into a coherent management philosophy.
Excerpt from the Book
FLEXIBILITY OR RESILIENCE IN NATURAL MANAGEMENT
By natural management we mean the barest ideal fundamentality of management principles. It is seen by the writer as the underlying hypothety upon which the basic principles of management lies. It is seen as the scientific substrate on which scientific management, management science, and the general management terrain dwells. Natural management is absolutely based on flexibility and since flexibility is natural to existencia, which is nature, then flexibility is natural and hence identical to nature or bears identity to nature with power and energy, since nature is powerful full of energy. On this note, natural management could therefore be management with flexibility, power and energy. Based on this analogy, natural management could therefore be defined as the management of underlying hypothetical platform with full of flexibility power and energy on which the basic principles of management stand.
The basic principles of management are POLC- i.e. planning, organizing, leading, and controlling (directing). What is more powerful than nature? What is more flexible than nature? What is more balancing than nature? Whatever is based on natural existencia is directed to power, and flexibility, and eventually gets balanced. Just imagine, the full force in which natural phenomena are irresistible when a natural event or disaster occurs, such as of the cases of the tunamies, earthquackes, hurricanes, typhoons, fires and others. Just imagine, this forces of the natural phenomena and events are rather made to support nature instead of to destruct it as it happened in Japan, Indonesia, Haiti and others, could there be a technology that could forestall this! Yes, value-mechanics hypothesized all these phenomena as natural machines that could be studied to the highest level and when necessary, avert them to become human-life, earth, technology, and infrastructure friendly.
Summary of Chapters
Flexibility or resilience in natural management: Defines natural management as an ideal, flexible substrate for all management principles, leveraging nature's resilience to achieve balance and success.
Preambles: Introduces the inevitability of problems in life and organizations, framing them as challenges that require a flexible, "fluid" management approach to resolve.
Situational fluid adoption and adaptation (SFAA): Details the SFAA strategy, emphasizing the necessity of being flexible, humble, and intellectually agile when facing diverse professional and personal scenarios.
The nature of situational fluid adoption and adaptation: Uses physical analogies, such as an inclined string and a roller, to demonstrate the theoretical "nature" of SFAA as an infinite, cyclical, and self-correcting process.
Definition of “the nature of situational fluid adoption and adaptation”: Refines the concept, describing it as an infinite loop or "point of convergence" where beginnings and ends meet through continuous flexibility.
Summary discussion of the above definition of the nature of SFAA: Discusses the philosophical and mathematical implications of convergence, equating the natural law of SFAA with nature itself.
The five natural assumptions of SFAA: Lists five fundamental assumptions—including gravitational force and the infinity of nature—that form the basis of the SFAA model.
The life span of an entity: Examines how the life span of an organization is determined by its management's commitment to continuous innovation, self-renewal, and integration with future-oriented strategies.
The natural source of energy and old technologies (perpetual energy derivatives): Argues for the necessity of harnessing fundamental energy sources like gravity and electromagnetism to build more resilient, future-proof technological foundations.
How friendly are these sources of energy?: Notes the environmental challenge of converting natural energy sources into abundant practical energy, acknowledging that many such technologies remain theoretical.
What should we do to get abundant environmentally friendly energy?: Advocates for a transition toward an electrical future, proposing the use of fusion, cosmological energies, and computerized "electric roads" to maximize efficiency.
Trend link, i.e. summary on electric roads: Provides a visionary summary of a future infrastructure where roads act as massive motherboards, powering a fully electric society.
What is the message?: Concludes that the integration of diverse methods—specifically combining power sources and management strategies—is the key to achieving robust and resilient success.
Advanced database management, mining, and warehousing: Explores the technical necessity of efficient data handling, defining core concepts like DBMS, data mining, and their importance in organizational intelligence.
Cost and time management: Discusses the optimization of data storage and consistency, highlighting how proper management leads to reduced costs and improved decision-making.
Keywords
Natural Management, Resilience, Flexibility, Situational Fluid Adoption and Adaptation (SFAA), Value Mechanics, Database Management System (DBMS), Data Mining, Data Warehousing, Perpetual Energy, Electrical Infrastructure, Quantum Mechanics, Strategic Management, Organizational Resilience, Digital Economics, Innovation.
Frequently Asked Questions
What is the core focus of this work?
The work focuses on "Natural Management," a philosophy that advocates for applying the flexible, resilient, and adaptive principles of nature to modern organizational and management science.
What are the central themes of the book?
The central themes include the integration of flexibility (SFAA) into management, the importance of technological innovation, the use of advanced data systems, and the conceptualization of future energy and infrastructure.
What is the primary goal of the author?
The goal is to provide managers with a theoretical and practical framework that allows them to "tune" their organizations like machines, ensuring resilience through the use of natural laws and technological sophistication.
Which scientific methods are applied in the text?
The author uses physical and mathematical analogies, such as gravitational force, resonance, magnetism (Maxwell’s equations), and the theory of infinity, to model management and organizational behavior.
What does the main part of the book address?
The main part addresses the SFAA strategy, the life span of an entity in relation to continuous innovation, the evolution of energy technology, and the technical requirements for advanced database management systems.
How are keywords like "SFAA" or "Natural Management" characterized?
They are characterized as essential pillars that promote agility, professionalism, and the ability to turn challenges into advantages through a blend of human wisdom and technological prowess.
How does the author relate "Electric Roads" to management?
The author envisions "electric roads" as a physical manifestation of an "all-round management" philosophy, where infrastructure becomes a sophisticated, interconnected system, similar to how an organization should be networked and data-driven.
What is the author's view on the "Virtual World" and "Digital Economy"?
The author views the virtual and digital worlds as direct extensions of management science, where data, once properly mined and warehoused, acts as the primary fuel for organizational growth and modernization.
Why is database management considered vital in this framework?
Database management is vital because it provides the organization with the "fresh and accurate" intelligence necessary to navigate the "choking world" of business competition and rapid technological change.
- Citar trabajo
- Dr. Wisdom Yao Dornyo (Autor), 2020, Value Mechanics in Resilience Management, Múnich, GRIN Verlag, https://www.grin.com/document/542201
