Our Quantum roadmap
8 billion reasons to build a quantum supercomputer
Our growing global footprint of 8 billion people requires new innovations to reverse climate change and address food insecurity. Scientists are on a mission to make discoveries that will solve humanity’s hardest problems. This is why we are pushing the boundaries to empower scientists to innovate at scale, with speed.
Quantum Supercomputer
Microsoft is developing a topical qubit that is unique, small, fast, and controllable, which will unlock a scaled Quantum Supercomputer
Quantum Computing Implementation Levels
To achieve utility scale, quantum computing must graduate through three implementation levels: Level 1 Foundational, Level 2 Resilient, Level 3 Scale.
Quantum Networking
Quantum networking has the potential to unlock capabilities by connecting remote quantum computers and solving problems distributed on quantum clusters.
Quantum Computing Implementation Levels
The path to a Level 3
Quantum Supercomputer
Microsoft is on the path to engineer a brand-new type of qubit and has identified the key hardware milestones for unlocking a scaled Quantum Supercomputer.
Quantum Networking
Roadmap to a quantum internet
Stage 1: Point-to-Point
Entanglement delivered between two sepatrate quantum devices
Stage 2: Many-to-One
Connections between sites
Stage 3: Quantum internet
Long-distance quantum communication
