Could dolphins be more intelligent than humans?

Could dolphins be more intelligent than humans?

Is the thing, what is a vision in the mind of Nikola Tesla some kind of innovation in the mind of Thomas Edison and is the name of the vision and innovation imagination, when they are made by children? This is a very good question.  So the thing is how we are describing some words? Is innovation only the product of imagination, what can be refined to the product?

When we are thinking about the intelligence of animals, we always say that things like Elephants are not forgetting. If the environment of the individual is very boring, every kind of change for daily routines are leaving in the mind. But the thing is that the memory is not alone intelligence. Good memory is the key to knowledge because the individual must not find information all the time. Neurons are acting like databases. And that means that learning things would be easier for people, who have a good memory, but the thing, what different human from animals is that humans can create new things.

The creation process in human brains is happening by connecting the databases, and then the databases that are stored to neurons would get the new connections. Creation is just the thing, where databases are creating the new connections autonomously. So if artificial intelligence would connect databases and create new connections between them that makes possible to learn and create new things. But does that kind of computer got real imagination? This is a really good question, because when human is creating something, the brains need data, what it processes. Without data and memory objects the brains cannot create new things.

So is "creation" synonym for "intelligence"? And is a "creative" person synonym for an "intelligent" person?

But can the animal be more intelligent than humans? And at the beginning of this part of the text is how to describe the word "intelligent"? Dolphins have bigger brains than humans, but big brains don't make species intelligent. There are a couple of things, which are also important, and the first thing is the number of neurons and the second thing is the number of axon connections between neurons. If every neuron of the brain has many connections, that makes them effective in the slow data handling, but in the cases, where it is needed to react fast, this kind of thing is ineffective.

Neuron what has multiple connections can do many missions, but the reflective reactions are slower for those neurons, and that's why the organism must have also other neurons, what mission is to react fast. Those neurons that are controlling reflective things have only a few connections, and that's why we can call that thing as the RISC-neurons. They can only one or two skills, but they are doing those skills very effectively.

Things like pocket calculators are very good examples of RISC-systems, which are made for only one purpose. They can calculate very fast if a person is shopping and wants to calculate the price of the shopping, but they have only one purpose, to calculate simple mathematical functions, and here I'm talking about the traditional calculator, what can put in the pocket. The reason why it's a more effective tool than a computer is that there is only plus, minus, multiplication, and division calculations.

But when the calculation would turn more complex, the computers would be more effective, in the case that there is a suitable computer program. RISC systems are not always pocket calculators, and there is finding a massive-size RISC-calculators in the computer centers of the world. The RISC-computer might be some supercomputer, what mission is to solve mathematical problems like finding zero-point of the "Riemann's conjecture".

If the brains of animal are meant for solving one problem, do they want to escape or fight, that means that there is a very limited field, where those animals are operating. The what is important for that kind of thing is that they are "here and now", and not think too much about the future. But if we are transferring this model to the world of modern society, we can ask one important question, "what kind of people are making innovations"?

Are innovative persons some kind of "here and now" people, whose focus is on the mechanical product of something. People who have visions have a real good imagination, and visions are things, that are giving the humans the idea of making something new. In the life of innovation, there are people, who have visions, and then they give the form of that vision, what is given to manufacturers of the product.

The environment of the organism is also very important because if the species must not afraid of beasts, it can sit and think about things, like what is the purpose of life. One of the things, that makes humans different than animals is the imagination. Sometimes I'm asking, what is the difference between vision, innovation, and imagination? At the beginning of this text, I asked a question: "Is the thing, what is a vision in the mind of Nikola Tesla some kind of innovation in the mind of Thomas Edison and is the name of the vision and innovation imagination, when they are made by children?" This is a very interesting question when we are thinking about things like research and how humans created civilizations?