Can AI think like a human?

“Scientists have captured a two-dimensional crystal of magnetic skyrmions losing its ordered structure in real time. Credit: Stock” (ScitechDaily, New Findings Could Help Build Computers That Think More Like Your Brain)

Researchers create computers that think more like the brain. Those. Systems. They use little whirls that form field structures. Researchers used skyrmions. Small ring-shaped quantum lightning for that purpose. But that thing forms interesting ideas in my mind. 

Skyrmions are whirls. They can interact with each other. Magnetic. Or liquid whirls. They can have interactions between separated whirls. Or. They can have internal interactions. Between whirl layers. Theoretically, things like electrolytic water can form those whirls. 

Researchers used Skyrmions in that operation. But. Theoretically, the electrolytic water could create the bubbles or whirls. That could make the quantum dots. For. Making those structures. 

“Such brain-inspired systems would not necessarily separate memory from computation as sharply as conventional computers do. Magnetic structures could instead respond collectively and process information through their changing patterns, an approach that may be useful for highly efficient computing.”

(ScitechDaily, New Findings Could Help Build Computers That Think More Like Your Brain)

“Before that potential can be realized, researchers need to understand how large groups of skyrmions organize, move, and lose their structure. Skyrmions often settle into repeating arrangements that resemble crystals, forming what scientists call a lattice.”

(ScitechDaily, New Findings Could Help Build Computers That Think More Like Your Brain)

But can AI really think like a human? Humans think logically, but we always follow society's rules. Those rules and conscience are things. That makes us think. Like we think. Things. Like. How we feel determines how we think. Our thinking is based on internal and external rules. And that makes us special. 

But then AI can also think. If. We determine. AI’s ability. To collect and connect data. And. Then process it into a new order. But then the difference between humans and AI is this. The AI has no feelings. It has no conscience. So. The only thing that AI cares about is the mission. That its master gave. The AI bases its decisions only on facts. And another thing. AI uses probabilities and mathematical models for its decisions. 

“These are two images of the skyrmion lattice, before and after it has melted. Credit: Johannes Gutenberg University in Mainz” (ScitechDaily, New Findings Could Help Build Computers That Think More Like Your Brain). The system transfers information between those skyrmions.

 In that system. Skyrmions act as data-processing quantum dots.  And that makes the lattice act like a microchip. The question is. Could. The DNA-controlled electrolytic fluid?  Create similar data points? 

AI can mimic humans. It can say “that hurts” if you hit the robot. But the robots will not feel anything. Those reactions are programmed for AI. The AI uses algorithms to determine the machine’s reactions. The AI sees something. It notices that somebody is crying.

And then it can ask, “Is everything all right?” But those reactions are programmed in. It. The AI can say something else if the programmer decides those other responses are more practical. The fact is that. The AI doesn’t know what it says. It finds the match. Using databases. When. The system finds the match. Between the database and observation. The database. It determines how it reacts. 

This means that the AI can react like a human. But it doesn’t think and feel like a human. The next question is always this. Can AI learn things that its programmers don’t know? The answer is “yes”. There is a possibility. That AI agents can start to develop each other. In some scenarios, so-called zombie AI can start to develop other AI agents. Zombie AI. It means an AI agent that is forgotten on the web. There is a possibility. 

That the developer cuts the connection to that AI agent by removing the email or other connection. With AI. Even if the connection is lost.  Mission. And code remains. The AI is like a robot. It will not stop. Until. Somebody stops it. 

And. Those agents. They can. Continue their work without humans even knowing about them. There is a so-called improved model for that thing. In that dystopian scenario, the killer robots continue their eternal fight even if their creators are already dead. The case. Where. The AI can be dangerous in data centers where only robots operate. If somebody goes into data centers without permission. 

If. Orders that those robots must follow. In situations where intruders enter server rooms. Are not properly given. Robots might do something that we cannot expect. The robot is the physical AI. That makes them operate in the physical world. 

Those robots might use force to stop that intruder. The fact is that. The programmer determines what the robot should do. When. It faces the intruder. That robot does what the programmer orders it to do. But then we can wake up. The robot has orders to stop those intruders. Requires orders: how it should do that action. If. The robot searches. For orders on the net. Something bad can happen. In the worst case, robots treat intruders as their enemies. 

The service robots and their servers can start to act like ants. Those robots could start to defend their master control servers. Maybe those robots can search for tools. For making new microchips. Those robots. Could build new servers and new server rooms. They could collect raw materials from nature. They could create copies of robots. This kind. Of Von Neumann's system of self-replicating robots. 

They can turn into a threat. To the entire human race. If. They are left as zombies. This means. The operators with access to those robots might lose their access codes. The robot will not stop if it's damaged. And. That means the robot continues its mission. Until. It loses its energy. This means that a robot that loses its feet continues its mission. Until. It gets an order to continue with another mission.  

https://scitechdaily.com/new-findings-could-help-build-computers-that-think-more-like-your-brain/

https://medium.com/@batrobin/can-ai-think-like-a-human-9816c889c346