Homo Sapiens:Artificial intelligence (a part of my published book)

The concept of intelligence has gained a different dimension with the algorithms written by us. We have invented a new kind of intelligence with the introduction of computers into our daily lives. A new formation that we call artificial intelligence challenges human intelligence. The human brain is composed of an organic structure. It consists of 1 liter of water, 160 g oil, 110 g sugar and 10 g salt. This structure, which seems so simple, is actually the most complex organism and formation of the world. Computer algorithms are formed only on the electrical circuits formed by metals. Today, an inorganic structure becomes an organic structure. In 1996, the famous chess master Kasparov and the computer called Deep Blue made a chess match for human history. Deep Blue was able to calculate 9 million moves per minute in 1985 when it was first produced. After 11 years, he was able to make 18 billion possible accounts in 1996. In 1997, this figure was capable of analyzing 30 billion possible moves. The speed of Kasparov's thinking of possible moves in 3 minutes was about 540 moves. Considering these figures, it is not difficult to predict who will succeed and who will fail. In 1996, however, we did not anticipate and Kasparov took the first game. On May 11, 1997, a 6-set match was held. Deep Blue 3.5 Kasparov scored 2.5 and Deep Blue won the match against Kasparov. From Homo sapiens, humanity had been defeated for the first time against an inorganic structure.
Go game is a strategy game like chess game. The number of possible moves from chess is greater than the atoms of all substances in the world. Deepmind, a subsidiary of Google, located on the 8th floor of Google's London office, produced a Go game called Alphago. Previously, more than 100 thousand Go games, watching the game itself developed by this algorithm. Previously, more than 100 thousand Go game, watching the game itself developed by this algorithm. Artificial intelligence again stood up against the human. In 2016, Alphago defeated South Korea's Lee Sedol with a score of 4-1. Later on, the new version of Alphago zero, the new version of this artificial intelligence game Go no longer without the need for people to teach the rules of the game by simply learning to develop a self-game Go. In 2017, he managed to defeat a master like Ke Jie from China. Alphago Zero, the world's most defeated champion, is considered the best Go player in history. He has been a great master at nine Dan level. Alphago Go is not confined to the game and has a game of chess. Again in 4 hours, the rules have reached the mastery level in a short time. Technology here is in fact the machine self-learning. Stockfoot, another artificial intelligence product called Stockfish, played 100 games for Alphago with a game of chess and 72 of them ended up with a draw and 28 of them got Alphago. All the past games to Alphago were not taught. Stockfishis principle of operation had thousands of games played in its memory while Alphago had developed only self-variations.
This artificial intelligence, whose rules are taught from the ground up to the level of self-master, is actually playing the signals of some kind of possible danger. Can the algorithm be against human? Of course. We will see its clear answer in the years to come. Actually the scenario is like this. Suppose an alien fell from space to a living world, and we keep him in our hands. We allow him to live in exchange for his knowledge. From this alien life we can get a lot of information in physics, chemistry, biological, mathematics or even religion. Let's think this way. What happens if this artificial alien has almost the same capacity, not an alien? In fact, in both cases the same situation. If Alphago zero comes to the highest level in this field by adding new strategies on something that is given simple rules, can such intelligence be raised to the highest levels by learning simple rules in physics and mathematics? Or can we come up with an artificial intelligence algorithm that takes Nobel Prize in the following years? We can see the name of artificial intelligence in many places (Al). In fact the aforementioned wit types normally don’t know what chess is or what Go is. The only thing they know is to analyze possible situations in the most rapid way against certain rules. They lack the pleasures of philosophical games such as Go and Chess, and philosophical thoughts. They add power to the power of electrons in the speed of light. The reason why such artificial intelligence algorithms prevail in neurons in the human brain is the rapid progress of electrons in computer environment. The human brain works with an electrochemical system, not electric current. Unfortunately, chemical reactions do not progress with the speed of light. Artificial intelligence (Al) is superior to us in this regard. In the absence of electricity, artificial intelligence has no function. At the same time, when the electric current passes through the wires, such as warming can be seen as a problem that artificial intelligence may encounter in the future. At this point, a problem arises that physicists must solve. If the superconductors can operate at room temperature, we can multiply the number of operations per second by artificial intelligence. As the electron conducts in a conductor, it encounters resistance and can lose its energy. This can be considered a bit of friction force. A conductor resistance of the electron above just some degree such as -273.15 called absolute temperature is almost zero. The incoming electrical energy is equal to the electrical energy. In our daily life room temperature is about 25 degrees, so reaching minus 273 degrees is not possible in the normal environment. As everyone who uses a computer knows, after a certain period of time, if our computer heats up and we use it too much, our computer can burn itself.
That's why there are fans on computers. Even computers with Alphago program have a fan system. It is probably not difficult to estimate the number of operations of an artificial intelligence made of a super conductive material.
For us, this could be a leap from the economic point of view. If the economic distribution of your money on the world in an equal and fair manner can make the distribution plan Al, there will be no problems in the world. Can the artificial intelligence, which is currently the world's non-functioning United Nations, fulfill its mission, and which country is diplomatically unfair? Thus, many wars around the world can be prevented and artificial intelligence can save lives. An artificial intelligence, which may be the opposite, suggests a good war strategy, can make one country stand out over another. In this case, what we need to do is that the artificial intelligence is equal in the world. The concentration of such algorithms in some places can create a new dictatorship or a new artificial God! It will have. Artificial intelligence should be prevented from turning into artificial God. Never, inorganic formations should not dominate on organic formations. The most advanced dimension of artificial intelligence will be artificial god. This concept scares us. An artificial intelligence that writes in its own religious book can suggest what we can do in heaven, or what punishments we may have for us. In my opinion, artificial intelligence is moving towards the artificial god.