Quantum physics is something that goes over many people’s heads, but there is no real need to understand any more than the fact that it makes for the ultimate computing experience. It is reported to operate at a speed that is thousands of timed faster than any conventional computer.

Quantum computers are basically devices that make use of quantum phenomena in order to perform data operations. These types of computers are new, but are already making waves in the IT community. Conventional computers work in bits. The quantum computer even has its own name for its bits called “qubits”. Who would have thought that there was anything smaller than a bit?

Then we have to take a look at exactly how quantum computing compares to the conventional computer in terms of functionality. People who use computers these days don’t only need it for gaming, or just for business or just of the Internet. The average PC user wants a computer for everything. The problem is that computers that do everything either cost an arm and a leg or they end up running really slowly when you try to run a few things at the same time. We all know that large amounts of data plus a standard processor equals slow. With quantum computing these processes can take place is seconds, saving users a large chunk of time in their day. Get research done, keep up to the date with the latest news, download music and movies, run the most intense graphics in games, all at the speed of light.

So we have had a look at business and pleasure side of it, there are a number of other interested parties. The military is one of the quantum’s biggest backers, simply because of the efficiency and speed, and we all know that the ideal army has to have those qualities. Sure there are some people who argue that this is an unnecessary advancement and that the technology we are using now is great, but there’s no reason why we should overlook a chance to make the world a more convenient place.

It will be a while before everybody can understand the exact advantages and disadvantages of the device, but what we do know is that it means faster and more efficient data flow. There are many more questions surrounding it aside from the epic battle of understanding its inner workings. People want to know how much such a device is actually going to cost, bearing in mind it is advanced. We don’t know what components are used and how much they cost, or how difficult it will be to manufacture such computers. People also want to know whether quantum computing can be used in other facets of life to make things work faster.

It is evident that quantum computing is the next milestone when it comes to desktops. As the scientists keep trudging along to create brilliance, more questions and opinions will continue to pile up. The conventional microchip may soon be a distant memory.