Kalki's Universe - Chapter 1: The Virtual Holographic System

 

Since the light arrival delay between Earth and Mars is between 3 and 22 minutes, depending on the orbital position of both planets, the Earth and Mars computers operate as two different functions of the same operating system. Each solves the global problems of its respective planet autonomously, adjusting to local conditions and making immediate decisions without depending on the other.

Although they function independently, both computers are coordinated for a common purpose: the long-term well-being and stability of the interplanetary civilization. The systems exchange information periodically, synchronizing their processes at times of stable communication. However, because of the time delay and the possibility of accidental interruptions, each computer assumes full responsibility for its territory, adjusting its decisions to respond to specific challenges on Earth or Mars efficiently.

This model ensures that temporal differences in communication do not affect the governance of each planet, while guaranteeing a shared vision for human development on both Earth and Mars.

That should be written in the past tense because that's how it was during the virtual era. That's how it was before Martian Independence Day, which was followed by the start of Virtual Warfare. But in order to tell you about Virtual Warfare, you must first know what games and vacations are like during this time.

You must know how holographic virtual reality works and understand that your brain is a dynamic fractal hologram. The human brain is not just a network of neurons, but a fractal system that behaves like a constantly changing hologram. Each neuron and synapse acts as points of view within this hologram, encoding and organizing sensory information so that each part of the brain contains a representation of the whole. Neural activity continually modifies this fractal, creating and recreating patterns of perception that shape our experience of reality.

In this context, a quantum computer can project an interference pattern directly into the brain, making it experience a simulation so realistic that it becomes an indistinguishable experience from sensory reality. This holographic pattern is specifically designed to adapt to the synapses and stimulate them so that the user enters a lucid dream, experiencing the virtual world as it was programmed.

The key to this system lies in the marker, a mechanism that allows the brain to recognize that it is in a virtual environment. This marker allows the user to identify that he is "playing" and, at the end of the experience, to make a crucial decision: he can either delete the unpleasant games from memory, forgetting them completely, or he can save the pleasant experiences as temporary memories, which the brain will classify as if they were dreams. This balance allows people to immerse themselves in virtual realities without the emotional consequences of a negative experience, while the lessons and learning acquired can endure.

But, as I said, this should be written in the past tense. These games were not protected; it was unthinkable that what was, in practice, a closed system could receive any kind of computer virus. There was only one computer with two heads or hemispheres, if we want to use metaphors to help us understand.

Mars independence was unthinkable, but the unthinkable happened, and two nanoseconds later the evil code invasion occurred. Games and vacations triggered the greatest nightmare Earth has ever experienced: Virtual Warfare.

https://www.academia.edu/125191807/Kalki_and_His_Universe