BMW into the quantum calculation field to develop manufacturing

German Automobile Manufacturers BMW (BMW) said on Wednesday that the company is entering the quantum calculation area, using Honeywell Quantum Computer to find more effective ways to purchase numerous components on their cars. This car giant has begun to use the quantum computer of Honeywell, first H0, then get new H1 to determine which parts should be purchased from which supplier is purchased to ensure the lowest cost, while maintaining production progress. For example, a BMW supplier is supplied faster and the other is cheaper. Quantum computers will optimize the selection from a series of options and subsections. In the end, BMW hopes this will mean a more flexible manufacturing. BMW's quantum calculation experiment is the first application of this emerging technology in the real world. Optimization Problem solutions, is a quantum computer is expected to surpass one of ordinary machines, from a series of daunting possibilities to find the best action plan. In the early stage, BMW will test the speed of quantum calculations and ensure that small-scale calculation matches the results of the classic machine. However, Tony Uttley, president of Honeywell quantum calculation business, said that in about 18 to 24 months, quantum computers can solve the optimization problem that the classic computer cannot process. Quantum computers with the classic machines have a fool. They store and process data with quantum bits. Quantum bits can store one and zero combinations, rather than simply store one and zero as a classic computer. Further, a plurality of quantum bits can be combined with a phenomenon called entangled. This makes the quantum bits contain a variety of possible solutions. In the case where the correct processing algorithm guides quantum bit interaction, the bad solution will actually cancel each other, thereby producing a good answer. Quantum computer manufacturers are competing to make machines with dozens of quantum bits, and finally hope to have thousands, and then millions of quantum bits will handle more complex calculations. They are also committed to stabilizing quantum bits, so that calculations can run longer. One key part of this improvement is quantum calculation error correction, which should help calculate the quantum bit fault. Other companies working with Honeywell include DHL, Merck, Accenture, Morgan Datong and British oil. Responsible for AJX, read the full text

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