Redefine reality.

We are working to close the gaps in quantum technology, developing simulation software for superconducting components and error-correction technology.

We hold our own technology to the standard we apply to others’ claims.

Independent due diligence on quantum technology and its claims.

“…because of the imperfect performance of NISQ technology, it may be hard to validate that a quantum computer is really giving the right answer.”

J. Preskill, “Quantum Computing in the NISQ era and beyond”, Quantum 2, 79 (2018) (opens in a new tab)

We are working toward one complete system that integrates conventional computers, AI, machine learning and quantum technology.

The system must have the following properties:

• reliability — logical error rates that stay low under the platform’s own noise, partial failures included.
• parallelism — many logical operations in each cycle, driven as one machine.
• programmability — a universal, fault-tolerant gate set and a compiler that reaches it.
• debuggability — errors that announce themselves, and records that locate a failure.
• predictability — a noise model with every parameter sourced, a simulation calibrated against published results, and performance that scales with code distance as predicted.