Skip to main content

Our journey from past to 21st century, "How did we interpreted everything"?

Our current existence is due to evolution and adaptability. There are fundamental principles of evolution and adaptation that all living things must abide by, whether they be creatures, plants, mountains, rivers, seas, birds, forests, cities, villages, planets, asteroids, stars, solar systems, galaxies, star birth, and death, or the formation of black holes. When considering the universe's weak and strong gravitational and electrostatic forces, evolution and adaptation themselves are subject to a set of norms and regulations. With the discovery of electrons, neutrons, protons, and quarks, everything in this enormous cosmos is related. In addition, these particles traverse all physical domains and are subject to the laws of quantum mechanics. 

The complexity of understanding or interpretation has been presented to us by the balance in this vast cosmos, where many groupings of particles operate as elements of the universe's existence in various patterns (the majority of which will be discovered and researched in the future).


As we progressed into the twenty-first century, we discovered mathematics that allows us to comprehend the physical system governed by physics, we elaborated the physical interactions between various atomic and subatomic particles under the umbrella term physics, and we distinguished between various particle exchange reactions as chemistry, and we elaborated life on the basis of chemical exchange and collectively defined it as biology. We used the languages of math, physics, chemistry, and biology to translate the laws of nature and the cosmos so that we might understand the world around us. 

With these findings, humanity quickly advanced, utilizing these fundamental presumptions to simplify our lives, creating tools and techniques for a variety of applications, and introducing new laws and regulations to create peace among us. In order to rule ourselves peacefully and with a sense of urgency, we developed several techniques and values that must act as a fundamental component when we attempt to understand the cosmos. 

After creating a sustainable way of life, we developed a variety of tools that made our work easier and our underlying language quicker to address a variety of additional issues. These tools are now known as technologies. In order to keep us safe, sustainable, and prosperous from ourselves, different forms of our interpretation work on various domains. 

One of the best interpretations we've ever done was in the shape of a computer, which required another evolution and adaptation process to be done in numerous forms, one of the most notable of which is artificial intelligence where we'll be fighting with ourselves to make it more like us. Back in the evolution process, we created management to strategically take control of everything. Then, our interpretation of management took the shape of government to divide us into groups of the same kind and work for a common policy to comprehend our surroundings while adjusting to them, which was achieved in our history through wars and peace treaties (another interpretation of management). 


Along with this, we have evolved our own interpretations of interpretations in the form of philosophies, agendas, and the motivations of some of us to serve in government formation that involves the majority of us, with the most notable outcomes being the First and Second World Wars. 

After successful deployment and equilibrium in our environment, we developed computers for general use to facilitate work and act as our personal companions when we embark on interstellar travel. After a successful computer science interpretation, our understanding of ourselves and our surroundings advances quite quickly. We improved in every way, but most significantly, we now fully comprehend our surroundings and environment. To interpret our primary language in what we now know, we have the tools and methods. We are currently living in a technologically advanced era with new forms of communication, space exploration, healthcare, business, food, and shelter, as well as security.

The simple discovery that math could be used as a language has given way to a cosmos the size of our own. Everything that we currently understand about the evolution process involved communication to achieve balance. With the development of numerous disciplines, including psychology, sociology, anthropology, computer science, meteorology, economics, and more, we now understand that these behaviors are collective and unachievable by an individual. 

We are currently studying this specific interest as a system theory and the relationships with various components of the complex systems subfield of system theory, where each individual demonstrates behavior that when combined with other individuals demonstrates such a pattern and activity that it is impossible for one to achieve. Furthermore, complex systems deal with intricate relationships, connections, and interactions between simple individuals (and when they are broken down, they produce additional complex systems).

Comments

Popular posts from this blog

A dream to program sleep?

I once had a thought: what if we had to program sleep at some point in the future? How are we going to do it? are we able to? I enquired of one of my friends! How would you design a sleep if you had the chance...? (I'm hoping you're one of the unnamed readers) Is there anything you might suggest? The story does not come to an end with these questions. If everything slowed down, or if a pattern stopped reacting the way it usually does, it must be sleep, since when a human is sleeping, they stop reacting to their surroundings, or to any changes in their environment. If this is the case, we are not even close to so-called sleep programming. Because even in my dreams, I can't solve a basic mathematical series that calculates the sum of the nth term. BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT BUT I can go deep into space, but not too close to the sun or too far from the moon; all I know about the moon is a little part ...

IEEE standard for describing the system intensive architecture

  IEEE 1471   Describes the standard for software intensive application modeling also known as software architecture, this standard standardize the common patterns and symbols to architect  simple to complex system architecture . This standard mainly define the system architecture as a close definition to the stakeholder  description of the system rather then the technical implementation details and focus more on the own side of the story. It expresses view and viewpoint as a field where viewpoint refers to all the data and the business logic and view refers to its implementation and there is always 1 to 1 correspondence.  Archimate tool for System modeling Also in a nutshell:  IEEE 1471's contributions can be summarized as follows (in this list, items in  italics  are terms defined by and used in the standard): It provides definitions and a  meta-model  for the description of  architecture It states that an  architecture ...