The Redmond behemoth, Microsoft haven carried out extensive research on Quantum computing for over a decade, now, the company is putting the theory to work in creating actual Quantum computers.

Microsoft is harnessing its extensive knowledge-base to build a working model of Quantum computer as it looks to the future of computing, on the model that Quantum computers can significantly outperform even today’s supercomputers.

The company has handed Todd Holmdahl, developer of Kinect, HoloLens, and Xbox, the lead role in the effort to create quantum hardware and software.

Microsoft has made available the Language Integrated Quantum Operations Simulator as a toolkit, while actual hardware will be released after a number of quantum computing issues, like: error correction, fault tolerance, and gating are resolved.

While, the overriding objective remains to create quantum computers that can conduct a wide range of calculations, the ability to run existing programs much like today’s computers, is quite necessary.

Microsoft Researchers have developed a working model on an entirely new topological quantum computer, which makes use of exotic materials to limit errors.

Albeit, many questions still remains about the viability of such materials and outcomes, as it could take a long time to make practical quantum circuits.

Microsoft's blueprint to create Quantum Computing hardware and software

The Redmond behemoth, Microsoft haven carried out extensive research on Quantum computing for over a decade, now, the company is putting the theory to work in creating actual Quantum computers.

Microsoft is harnessing its extensive knowledge-base to build a working model of Quantum computer as it looks to the future of computing, on the model that Quantum computers can significantly outperform even today’s supercomputers.

The company has handed Todd Holmdahl, developer of Kinect, HoloLens, and Xbox, the lead role in the effort to create quantum hardware and software.

Microsoft has made available the Language Integrated Quantum Operations Simulator as a toolkit, while actual hardware will be released after a number of quantum computing issues, like: error correction, fault tolerance, and gating are resolved.

While, the overriding objective remains to create quantum computers that can conduct a wide range of calculations, the ability to run existing programs much like today’s computers, is quite necessary.

Microsoft Researchers have developed a working model on an entirely new topological quantum computer, which makes use of exotic materials to limit errors.

Albeit, many questions still remains about the viability of such materials and outcomes, as it could take a long time to make practical quantum circuits.