Battery development is; very important to offer electric cars with greater autonomy and increasingly longer charging times; reduced. The Volkswagen Group is investing heavily in this field and, as we know, will build in the next few years; as well several factories where he will go; to produce the batteries for its electric models.
To accelerate the development of batteries, the Volkswagen Group far & agrave; use of quantum computers . The Germans, in fact, will work with the Canadian quantum technology company Xanadu to launch a multi-year research program to improve the performance of quantum algorithms for simulating battery materials.
TO DEVELOP THE BATTERIES OF THE FUTURE
The program will address & agrave; also other computational problems in materials research, an area in which quantum computing offers the best prospects for making fundamental advances. Juan Miguel Arrazola , Xanadu Algorithms Manager, commented:
At Xanadu we are breaking new ground for hardware, software and quantum computing algorithms. Our focus in research on quantum algorithms is; to make quantum computers truly useful. Focus on batteries & egrave; a strategic choice, given the needs of the sector and the opportunities; that quantum computing offers in terms of a better understanding of the complex chemical processes within battery cells. We are thrilled to work together with the excellent Volkswagen Group team for cutting-edge research focused on overcoming the technical hurdles related to quantum algorithms. Only in this way; we will be able to exploit the potential of quantum computing in the development of batteries.
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