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Monday, January 04, 2021

2D Arrays for Quantum Computing Proposed by Consortium

 A step forward towards recognizable Quantum computing power

Industry Collaboration Leads to Important Milestone in the Creation of a Quantum Computer

University of Copenhagen  in ACM

December 28, 2020

According to researchers at Denmark's University of Copenhagen (UCPH), wafers manufactured by French microelectronics company CEA-Leti can be used as two-dimensional (2D) quantum bit (qubit) platforms, constituting a step toward a working quantum computer. The UCPH researchers said industrial-scale production of the devices is critical to creating ever-larger arrays, while fabricating a quantum system necessitates a 2D array, and the means of connecting the outside world to each qubit. Finally, these tools supported moving and swapping single electrons around the array. 2D arrays also can control errors. Said Anasua Chatterjee of UCPH’s Neils Bohr Institute, “Two dimensional arrays is a really big goal, because that’s beginning to look like something you absolutely need to build a quantum computer.”  ... ' 

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