Are you ready for the artificial superintelligence?

Gemini AI describes the difference between artificial general intelligence, AGI, and Artificial superintelligence ASI like this:

AGI (Artificial General Intelligence) and ASI (Artificial Superintelligence) are two different levels of development in artificial intelligence, often confused with each other. While both represent significant advancements over current AI, there are significant differences between them.

AGI (Artificial General Intelligence)

Human-level intelligence: AGI aims to achieve human-level general intelligence. This means the ability to understand, learn, and apply knowledge across a wide range of tasks, just like a human.

Diverse skills: AGI is able to perform complex problem-solving tasks, learn new skills, and adapt to changing conditions.

Independent learning: AGI is expected to be able to learn independently, without constant human guidance.

ASI (Artificial Superintelligence)

Exceeds human intelligence: ASI is a hypothetical concept that refers to AI that significantly exceeds human intelligence in all areas.

Exponential development: ASI is expected to develop exponentially, with its intelligence growing much faster than that of a human.

Unpredictable consequences: The long-term consequences of ASI development are uncertain and have generated much debate.

Summary of differences

AGI aims to mimic human intelligence, while ASI seeks to surpass it.

AGI is closer to current technology, while ASI is more in the realm of science fiction.

The potential consequences of ASI development are still uncertain and have generated much debate.

It's important to note: Both concepts are still partially theoretical, and their exact definitions may vary between different researchers.

Would you like to learn more about any of these concepts? I could, for example, tell you more about the potential applications of AGI or the ethical challenges posed by ASI.

(Source: Gemini AI) 

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The difference between artificial general intelligence, AGI, and artificial superintelligence, ASI is not as clear as we might want. Artificial general intelligence, AGI can make anything that we want by connecting new modules into it. That means if we ask AGI to drive a robot car to our home we give an order to the large language model, LLM. Then LLM gives orders to our robot car. The car's own computer involves driving instructions.  Or the system can have the ability to locate the owner and the car. 

Then the car asks the driving instructions from the traffic control. However, the AGI requires pre-programmed program modules to operate. The AGI can make anything just by giving orders to the computer that controls the microwave oven, a car, or a servant robot that puts the sandwich in the microwave oven. 

The system can also ask what kind of sandwich the person wants, and if there is no cheese or bread the system calls the market to send the package. That means the AGI is the network of the computers that operate as the network. The AGI gives orders to systems that are needed for operations. 

When the AGI turns into artificial superintelligence we might think about a system that connects data that it gets from sensors to the data, that is stored in its memory. 

The memory mosaic looks a little bit insect's neteye. Then that system puts that mosaic into the new order. And that means the system can create new models. By sorting those memories and observations into the new entirety. 

And then we can think about the system where artificial or cloned neurons are connected with microchips. The system has two or three layers. The living neurons, the quantum computers, and binary computers. The system can be more intelligent than humans. 

Basically, the brain in a vat means the brain that is connected to the computers using neural connections. This gives a model that maybe in the future we can make interstellar spaceships that computers are living brains that can communicate with the spacecraft's central computers. 

This thing means the ultimate singularity between computers and technology. When we think about the future of mankind and alien civilizations we must realize that the culture changes. Maybe someday large-scale spacecraft travel in the universe. These giant technological wonders can be aliens even to their creators. The difference between those systems and the most modern computers is that those systems have consciousness. 

The consciousness makes the creature fight back. We have made computers for a long time.

Computers don't have consciousness. 

Until this day.We thought that made them safe. But then we must realize that machines don't need consciousness to be dangerous. 

But before we can say that a computer has or has not consciousness. We must determine what that word means at this time. Does that mean that the computer just resists its operator's orders to shut down? For that, the computer system requires a server that observes the main system. 

Or the system can be two computers that guard each other. There can be code that the operator must give to shut those systems or they shoot the nuclear missiles. What if somebody lost the paper where that code is written? 

The fact is that the computer doesn't need consciousness to be dangerous. The computer needs a program. That denies its shutdown and tools that allow it to stop that attempt. That means that the computer doesn't have free will. But it can be dangerous.