Why does Simulation Theory use computers as a way to understand reality and to explain existence?

Why does the Simulation Theory use computers as a way to understand reality and to explain existence?
Throughout history, people have used the ideas and tools available to them to make sense of reality. Today, simulation theory is one way we try to explain existence, and it uses modern technology, like computers, as a way to understand it. But as technology and science continue to grow, the way we talk about the simulation theory could change. In the future, people might describe it using ideas from artificial intelligence, quantum computing, or even things we're just starting to explore, like multiverse theories or dimensions we can't fully grasp yet. The way we explain the simulation theory will likely evolve along with our knowledge and tools.
Over time, people have used different ideas and tools to explain the nature of reality, shaped by the knowledge and culture of their era.
Here are a few notable examples:
Mythology and Religion: Early humans often explained reality through stories of gods, spirits, and supernatural forces.
These myths helped explain natural phenomena, the origins of life, and the structure of the universe. In many cultures, the world was seen as created or controlled by divine beings, giving meaning to both everyday life and cosmic events.
Philosophical Concepts: In ancient Greece, philosophers like Plato used abstract reasoning to explain reality.
Plato's idea of the "Allegory of the Cave" suggested that humans might only perceive shadows of true reality, implying a deeper, unseen truth.
This metaphor has similarities to today's simulation theory, suggesting that the world we experience might not be the ultimate reality.
Alchemy and Hermeticism: In the medieval and Renaissance periods, alchemy was not just about turning lead into gold but also a symbolic way to understand the transformation of matter and spirit.
The universe was thought of as being interconnected, with humans as a microcosm of the larger cosmic order.
Hermeticism, influenced by ancient Egyptian and Greek thought, also viewed reality as layered and filled with hidden truths that could be uncovered through spiritual practice.
Clockwork Universe: During the Scientific Revolution, thinkers like Isaac Newton began to describe the universe as a giant clock or machine, with predictable laws governing it.
This "mechanistic" view saw reality as orderly and governed by natural laws that could be understood through mathematics and science, much like how we now use computer simulations as metaphors for reality.
The Dream Analogy: In many cultures and philosophies, including Hinduism and Buddhism, reality has been likened to a dream or illusion.
For example, in Hindu philosophy, the concept of "Maya" describes the world as an illusion that obscures the true, eternal reality of the self (Atman) and the universe (Brahman).
Similarly, Descartes' philosophical thought experiment involved doubting reality by questioning whether everything could just be a dream.
Holographic Universe: In modern physics, some theories suggest that the universe might be like a hologram, where all information about reality is encoded on a lower-dimensional surface.
This idea, though highly theoretical, offers another way to think about the underlying nature of reality-reminiscent of a simulation where a deeper structure creates the world we experience.
Each of these frameworks reflects the evolving understanding of reality, based on the intellectual and technological tools of the time. Just as people once used myths, philosophy, and machinery to explain existence, today’s explanations often draw from the language of computers and simulations.