Cyborgs are a hybrid of humans-robots. Are they applicable in reality or only in movies?

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The primary challenge stems from the need to simulate the human body's physiology, thinking, intuition, behavior & emotions into mathematical formulas.

Cyborg is a hybrid of humans and robots.

The premise is that a mathematical simulation can express every biochemical or biophysical magnetic-electric process. The terminator in Arnold Schwarzenegger's films is a very "human cyborg." Creating such a cyborg requires deciphering many complex mental processes.


Our memories, physiology, emotions, behavior, thoughts, and subconscious are consequential and can be mathematically simulated.

The branch of biomathematics is in its infancy. Still, producing an intelligent cyborg that functions as a human being would be challenging without a mathematical translation of all human activities.

  • Three forces drive human physiology: Biochemical, electrical, and mental-energetic processes.
  • The laws of chemistry and physics are well known; everyone has a mathematical expression. But the psychic-energetic dimension does not have an exact mathematical measurement because it is unclear how it works. (Substantial obstacle)

The biggest obstacle is the mathematical cracking of the processes in the human brain. Although not romantic, concepts like beauty and love, positive and negative emotions, and memories can have mathematical expressions. 

  • Despite much brain research development, most processes have not yet been mapped. Cyborgs must apply very complex mathematical laws to be "human." Otherwise, they will be "robots."

Precise simulation of all human body physiology, behavior, emotions, thoughts, and subconscious can open new unbelievable horizons!

  • The number of processes in the human body is finite, which changes occasionally but will allow for a complete computer simulation. Quite similar to what you see in science fiction movies.
  • If we fully control the simulation of all physiological-emotional processes, it will be possible to cure any disease and even prevent aging!


The possibility of living in a computer simulation has appeared in well-known films such as The Matrix and Jumanji.

  • This is where the story begins to become much more exciting and complicated. If we have reached a perfect simulation of the human body, there is more plausible that we, too, live in a complete simulation. Still, even well-known physicists do not rule out this possibility. It is precisely the possibility that we live in a simulation that solves many of modern physics' mysteries!
  • The possibility that we live in a (very complex) computer simulation is not just the domain of science fiction movies. Quite fascinatingly, neither of the two claims can be proved: Humans have free will, and no power in the universe governs us. We live in a computer simulation. (Very complex)


The simulation argument. By Nick Bostrom.

Many scientists today believe that the feasibility of developing human cyborgs is only a matter of time, so the answer is that the movies probably foresaw the future.
Frequently asked questions and answers:
How close are we to the production of cyborgs?
The field of robotics has advanced by leaps and bounds, including propulsion, sight, movement, sound, sensing, and more. The distance is still very long on the cognitive side of imitating humans.
Why is it necessary to develop the biomathematics of all cognitive processes? (Thinking, memories, feelings, behavior)
Without the creation of algorithms for all cognitive processes, the cyborg will not be human!
Will brain research not provide an answer to the creation of cyborgs?
The study of the brain may provide additional angles, but without mathematical cracking of the brain activity, it is impossible to have a human simulation.
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