IntroductionOver the past two decades, personal technology has made incredible advancements, bringing us into the fast-paced digital world we live in today. In the 1980s we had supercomputers that took up the space of an entire room and today we all have computers with far more processing power than the supercomputers of the 80s, and these are the computers that we have in our pockets. As personal computers become smarter and easier to access every day, it's unclear what daily life will look like in the next twenty years. This technology manages everyone's lives and it will continue to manage more of people's lives every year. We can only guess what's next for computing. Say no to plagiarism. Get a tailor-made essay on “Why violent video games should not be banned”?Get the original essayComputers TodayOver the past ten years, our lives have depended on smartphones and other devices like tablets , laptops and now things like Amazon Alexa that can answer any question you can think of. Since the first iPhone was unveiled in 2007, many other companies have created their own versions of the smartphone, with each company trying to outdo the others every time they create a new phone. This caused exponential growth in the cell phone industry and technology. Smartphones are the most common computer in many people's lives because they can do everything from making calls to buying things online and posting photos and videos. Every device made today connects to the cloud and being connected helps connect the world. Today, everyone is connected to the rest of the world via the Internet. Some people believe that being connected in this way is bad for our lives and puts us at risk of information theft and control. But others think it takes us to a more advanced society. There is much controversy today about whether all these new advances in personal technology are helping or harming us. Whichever side is right will show itself in the near future. The next steps in computing will contribute to this picture of the future. Quantum Computing Quantum computers are not ordinary machines that sit on a desk, next to a bed, or in your pocket. Quantum computers are computers with hundreds of times more processing power than a regular computer. One of these computers would be like a modern version of a room-sized computer from the 1980s. A regular computer has binary circuits called "bits" that display only two states, either a 1 or a 0. In a quantum computer, it uses qubits instead of bits. Qubits are capable of displaying a 1 and a 0 at the same time. This allows qubits to process multiple programs at once and at almost the speed of light. The way they can process more than one set of information at once is because inside the processor chip they are frozen at a temperature just above absolute zero, where they can have as little electronic movement as possible. Any sound or vibration can scatter the processor's electrons and display incorrect information. Since they have stopped most of the electron's movement, they can spin the electron as fast as possible. The rapid rotation allows the qubit to display more than just one or zero at a time. The rotation process of.