Some artificial intelligence experts predict that artificial intelligence can do to humans but anything can be done. While this is a suspicious hypothesis, artificial intelligence certainly will surpass humans in certain areas. The first example where a chess computer breaks world chess medals
If artificial intelligence develops to be better than human it means better in science and technology. It may be decided that developing a research area is no longer worth - or as long as humans on Earth live in poverty and more than 1 billion people can use clean drinking, It may be judged useless.
Most of the future AI scenarios are virtual, but AI is causing problems for us. It shows that science stopped, philosophy and spirituality began
When writing this article, we use the terms "artificial intelligence" (AI) and "machine learning" (ML) almost alternately. The meaning of these terms is almost the same. This is a silly reason. "Artificial intelligence" has been historically defined as "anything what a computer can do." Over the years, playing chess, simulating a dialogue, or recognizing an image requires real artificial intelligence and it is thought that the goal post is moved every time one of the things actually happens I have done it. The phrase "artificial intelligence" is terrible. It could be too close to the way we define ourselves, which makes us different from humans. Therefore, at some point, experts came to use the term "machine learning" to avoid the whole conversation, which stagnated. Just talking about "machine learning" sounds mechanically very strange - even experts talk about artificial intelligence.
Artificial intelligence is a general category, all three are common. In the figure, artificial intelligence becomes a larger encapsulation circle, including machines and deep learning. AI is basically any intelligence that is demonstrated by the machine and leads to the best or second best solution when encountering problems. An example of the simplest AI can be found in the form of a Tic-Tac-Toe AI player; if the robot follows the next programmed algorithm, it will never lose the game: (provided by Wikipedia Will be)