Buch lesen: «Eternal life»

© Anton Alferyev, 2025

ISBN 978-5-0067-1269-0

Создано в интеллектуальной издательской системе Ridero

 
Life InYandex. Direct
 
 
Author Alferyev Anton Anatolyevich
 

Introduction

In our life, a person often finds himself limited in his actions, like an immature child trying to achieve success in illusions. What surrounds us? What are we aiming for? What is really important to you?

We’re like hamsters in a wheel, running around in circles and can’t get out. Who is to blame? Do you have any freedom? You are dependent on money, laws, transportation, and what they tell you, what to wear, and what to eat, just like in an ad. Who should I choose and what should I strive for? The whole human life is an illusion, which has become such a reality that it is becoming increasingly difficult to get out of it, but it is possible.

We want to live forever, but how do you live now? Can you live forever in suffering, in the struggle for life? Many go to the forests, far from civilization, but still interact with it. We are social beings, we need to stick together, but we also need to be free.

To become immortal, you need to become different, do something different. Our body, our DNA, hears us and adapts to us. Our mind can cause us pain – it is our enemy, which locks us in a dungeon. But we protect him like a victim who feels sympathy for his aggressor. This is called Stockholm syndrome.

This book will tell you the truth about what happens to you if you are afraid to know yourself and see your dark side. If you want to see only the good, know this: the dark side has already enslaved you. Congratulations, only you can get out, but it won’t be easy. The easy way is the wrong way.

People around you can bring you back to your illusions. There are many teachings, but there are also many lies. First doubt yourself and your thoughts, and then, as you read, you will come to the truth through doubt.

Good luck to you! I believe in you because you are me and I am you! I believe in myself and in you!

Chapter 1-The System

To understand what we are talking about, first we will analyze what is a system?

The interpretation of the word «system» based on the letter of the holy letter can be presented in more detail, taking into account the symbolic meaning of each letter and their relationship.

1. C (Conciliarity)

The first letter «C» symbolizes conciliarity and unity. This means that the system is a holistic combination of different elements that work together to achieve a common goal. Conciliarity also highlights the importance of interaction and collaboration, which allows the system to be more sustainable and efficient.

2. And (True)

The letter «I» represents truth and wisdom. She emphasizes that the basis of any system should be objective truth and deep understanding. Truth serves as the foundation on which all other aspects of the system are built. Without it, the system can become inefficient or even destructive.

3. C (Sustainability)

The repeated letter «C» increases the value of stability. This means that the system must be able to adapt to changes and maintain its basic characteristics, despite external influences. Sustainability also means that the system must be capable of self-organization and self-regulation.

4. T (Labor)

The letter «T» is associated with work and development. It emphasizes that the functioning and evolution of the system requires effort, work and a constant desire for improvement. Labor is seen here as an important element that contributes to the growth and development of the system, as well as its ability to adapt to new conditions.

5. E (Unity)

The letter «E» symbolizes unity and harmony. In the context of a system, this means that all its parts must be consistent and work in unison. Harmony between the elements of the system ensures its efficiency and sustainability, allowing you to achieve your goals.

6. M (Matter)

The letter «M» represents matter and the practical application of knowledge. This emphasizes that the system does not exist in an abstraction, but has real manifestations and consequences. Matter here can include both physical objects and ideas that are implemented in concrete actions and decisions.

7. A (Start)

The last letter «A» represents the beginning and creation. It says that each system has its own history and stages of development. The beginning can be either the starting point or the moment when the system is transformed or updated. Creation indicates the possibility of innovation and changes that may occur during the functioning of the system.

Final interpretation

Thus, the word «system» in the context of the letter of the holy letter is perceived as a complex integral unity based on truth and harmony. This unity requires effort to build and develop, as well as the ability to adapt to change. Each element of the system is important and contributes to its overall functioning, thus creating a stable and efficient structure.

Systems are created to simplify and organize interactions between elements, as well as to achieve certain goals. Let’s look at some examples of systems in different contexts: in the human body, in nature, and in civilization.

1. Systems in the human body

– Circulatory system: It consists of the heart, blood vessels, and blood. Its main function is to transport oxygen and nutrients to the cells, as well as remove carbon dioxide and waste products. For example, the heart functions as a pump, providing blood circulation throughout the body.

– Nervous system: Includes the brain, spinal cord, and nerve endings. It is responsible for transmitting signals and coordinating the body’s actions. For example, the reflex to a hot surface is a fast reaction based on the work of the nervous system.

– Digestive system: Consists of the organs responsible for digesting food and absorbing nutrients. For example, the stomach and intestines work together to process food and extract the necessary substances from it.

2. Systems in nature

– Ecosystems: These are communities of living organisms and their environment that interact with each other and with inanimate nature. For example, a forest ecosystem includes trees, plants, animals, micro-organisms, and soil, all of which are interconnected and depend on each other.

– Climate system: Includes the atmosphere, oceans, glaciers, and land. It regulates the climate conditions on the planet. For example, the interaction between ocean currents and atmospheric winds affects the weather and climate in different regions.

– Geological systems: Include processes such as erosion, volcanism, and plate tectonics. For example, the movement of lithospheric plates leads to the formation of mountains and earthquakes, which is part of the Earth’s geological system.

3. Systems in civilization

– Economic system: Includes the production, distribution, and consumption of goods and services. For example, a market economy, where prices are formed on the basis of supply and demand, is a complex system of interactions between producers and consumers.

– Social systems: These are structures that organize interactions between people and groups. For example, families, educational institutions, and communities are all social systems that support social connections and cultural norms.

– Political system: Includes institutions, laws, and processes that govern the governance of society. For example, a democratic system where elections and representation play a key role in decision-making and governance.

Conclusion

Systems in the body, nature, and civilization are created to optimize processes, improve interaction, and achieve goals. They help organize complex processes and provide resilience and adaptability in changing environments. Each system, regardless of its context, demonstrates the importance of the interaction and interdependence of elements to achieve overall harmony and efficiency.

Systems have many positive aspects that contribute to their effectiveness and sustainability. Here are some of them:

1. Organization and structure

Systems simplify complex processes by creating a clear structure and order. This makes it easier to manage and control various elements, which increases overall efficiency.

2. Synergy

Elements of the system interact with each other, creating a synergistic effect. This means that the result of the system can be greater than the sum of the results of individual elements. For example, in an ecosystem, the interaction between plants and animals contributes to maintaining balance.

3. Adaptability

Systems can adapt to changes in the external environment. This is especially important in biological and ecological systems, where organisms and ecosystems must respond to climate change, resource availability, and other factors.

4. Sustainability

Systems can be resistant to external influences. For example, in the human body, various systems (immune, nervous, etc.) work together to maintain homeostasis and protect the body from diseases.

5. Efficiency

Systems can optimize the use of resources, which leads to lower costs and increased productivity. In economic systems, for example, efficient resource allocation maximizes production and satisfaction of needs.

6. Innovation and development

Systems create conditions for innovation and development. In scientific and technological systems, the interaction between different disciplines can lead to new discoveries and technologies.

7. Systems thinking

Systems promote the development of systems thinking, which allows people to better understand the relationships between different elements and predict the consequences of their actions. This is especially important in management and planning.

8. Interaction support

The systems provide a platform for interaction between different actors. In social systems, for example, this can be important for building communities and strengthening social connections.

Conclusion

The positive aspects of systems make them key to functioning both in nature and in human society. They help organize complex processes, ensure sustainability and adaptability, and promote innovation and development.

While there are many positive aspects, systems also have their downsides. Here are some of them:

1. Complexity and confusion

Complex systems can be difficult to understand and analyze. This can lead to errors in management and decision-making, especially if the interactions between system elements are not obvious.

2. Vulnerability to crashes

If one element of the system fails, it can affect the entire system. For example, in process systems, a failure in one component can cause the entire system to fail.

3. Inertia and slowness

Systems can be sluggish and slow to respond to changes in the external environment. This can hinder adaptation and innovation, especially in a rapidly changing environment.

4. Management difficulties

Managing complex systems can be difficult due to many interrelated factors. This can lead to inefficient decisions and conflicts of interest between different actors.

5. Resource intensity

Some systems may require significant resources for their operation, which may be inefficient and economically costly. For example, large organizations may have high management and administration overhead.

6. Conservatism

Systems can be conservative and resistant to change. This can make it difficult to introduce new ideas and technologies, which hinders progress.

7. Inequality and exclusion

In social systems, some groups may be excluded from decision-making processes or have fewer opportunities, which can lead to inequality and social tensions.

8. Negative externalities

Systems can create negative externalities, such as environmental pollution or social problems. For example, economic systems can lead to uneven distribution of wealth and resources.

Conclusion

Negative aspects of systems emphasize the need for careful analysis and management to minimize risks and maximize benefits. Understanding these shortcomings can help you develop more efficient and sustainable systems.

The causes of positive and negative aspects of systems can be considered through various factors that affect their functioning. Here are some of them:

Positive aspects

1. Organization and structure

– Reason: The need to streamline processes in order to effectively complete tasks and achieve goals. A clear structure helps to allocate roles and responsibilities.

2. Synergy

– Reason: Interaction between elements of the system, where collaboration leads to better results than the work of individual components. This may be the result of an evolutionary process or purposeful design.

3. Adaptability

– Reason: The need to respond to changes in the external environment for survival and prosperity. Evolution and learning contribute to the development of adaptive mechanisms.

4. Sustainability

– Reason: The need to maintain the functioning of the system even under stress or changes. This may be the result of natural selection in biological systems or the design of backup mechanisms in technical systems.

5. Efficiency

– Reason: The desire to optimize the use of resources to improve productivity. Competition and economic incentives encourage the search for more effective solutions.

6. Innovation and development

– Reason: The need for improvement and progress. Systems that facilitate the exchange of knowledge and ideas promote innovation.

7. Systems thinking

– Reason: The need to understand complex relationships. Education and experience help develop systems thinking skills.

8. Interaction support

– Reason: The need for cooperation to achieve common goals. Social and cultural factors contribute to the formation of interaction networks.

Negative aspects

1. Complexity and confusion

– Reason: The increasing number of elements and relationships in the system makes it difficult to understand. This may be a consequence of the growth and evolution of the system.

2. Vulnerability to crashes

– Reason: Elements depend on each other. If one element is critical, its failure can cause a chain reaction.

3. Inertia and slowness

– Reason: Resistance to change caused by habits and established processes. This may be due to conservative thinking or lack of resources for change.

4. Management difficulties

– Reason: The variety of factors that affect the system makes management difficult. This may be due to a lack of information or ineffective communications.

5. Resource intensity

– Reason: The need to maintain complex processes and structures. This may be due to inefficient resource allocation or excessive bureaucracy.

6. Conservatism

– Reason: Fear of changes and loss of stability. This may be due to cultural norms or historical context.

7. Inequality and exclusion

– Cause: Social, economic, and political factors that lead to discrimination or lack of access to resources. This may be due to systemic biases.

8. Negative externalities

– Reason: Unconscious consequences of the system’s actions, such as pollution or social problems. This may be due to a lack of consideration of long-term consequences in the decision-making process.

Conclusion

Understanding the causes of positive and negative aspects of systems helps you better manage them and develop strategies to minimize risks and maximize benefits.

Man as a factor in the system of civilization plays a key role and affects many aspects, including social, economic, cultural and environmental. Here are some important aspects concerning the role of man in the system of civilization:

1. Creating and developing a culture

– A person forms cultural norms, traditions and values that determine the behavior of society and its development. Culture influences the interaction of people and forms identity.

2. Social interactions

– People create social connections and communities that foster collaboration and knowledge sharing. These interactions can be either positive (collaboration) or negative (conflict).

3. Economic activity

– People are the main engine of economic activity, creating goods and services that meet the needs of society. Economic decisions made by people affect the allocation of resources and the development of technology.

4. Innovation and technology

– A person initiates and implements innovations, which leads to technological progress. This, in turn, changes the way of life, production processes and interaction with the environment.