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Understand how AI is dominating our world in various sectors?

We all are cusrious about how AI is chaning the world in various ways and it is not even the beginning of AI, let's see how the world will change in the future due to AI. Let's understand how AI is dominating our world in various sectors?  History is often a good way to see what the future might be like. In this article, I will do this. I take a quick look back at the history of computers and AI to see what we can expect in the future. Even fairly new computer technology seems very old to us now, which shows how quickly the world has changed. In the 1990s, cell phones were big bricks with tiny green screens. Before that, computers used punch cards to store information. In a short amount of time, computers changed so quickly and became such an important part of our daily lives that it's easy to forget how new this technology is. Not until about 80 years ago were the first digital computers made. Some computer scientists have tried since the beginning of time to make machines

Science is getting closer to a quantum internet as data teleportation technology improves

 Researchers from the Delft University of Technology have achieved success in teleporting quantum information over a simple network. This is the first experiment of its kind and a significant step forward in the development of the quantum internet. This success was made possible as a result of greatly enhanced quantum memory as well as better quantum connection quality between the three nodes that make up the network. The strength of a future internet based on quantum computing will come from its nodes' capacity to exchange quantum information with one another. This will make it possible to implement a broad variety of applications, such as the safe exchange of confidential information, the connection of several quantum computers to increase their processing capacity, and the use of quantum sensors that are connected and extremely accurate. The nodes of this kind of network are made up of individual quantum computers. Transferring quantum information from one of these computers to