Entropica Labs and Xanadu partner to advance software capabilities towards fault-tolerant quantum computing
Quantum computing is inevitable
Classical computers have fundamental limitations. Quantum computing will remove today's computational bottlenecks and will continue growing computing power.
New software stack
The quantum software stack is fundamentally different from the classical one. It presents new and unique challenges in design, engineering and science that are inherent to quantum computing. Overcoming these challenges is crucial to achieving useful quantum advantage.
Entropica Labs is building this new software infrastructure, to enable large-scale fault-tolerant quantum computation.
Addressing the fault-tolerant quantum error correction barrier
There is a growing need for software tools to design, analyse, test and generate fault-tolerant quantum programs.
Correcting errors
Errors are common in quantum computers. For the technology to achieve its full potential, quantum error correction (QEC) is needed to allow us to run large-scale, fault-tolerant quantum algorithms.
Managing the complexity of QEC
QEC presents unique challenges in terms of the design and implementation of schemes and circuits that detect and correct errors in quantum computations. For non-experts the entry barrier is high, and for experts there is an acute need for automation tools.
Ensuring fault tolerance
Creating and verifying fault-tolerant quantum programs, where errors do not spread quickly, still relies on the intuition and skill of a small number of experts.
What we are building
The Quantum Loom
Seamless fault-tolerant design
A software platform to design fault-tolerant quantum programs
The Quantum Loom
From Concept to Implementation
Loom provides automation tools and graphical user interface (GUI) that allow researchers to design and analyse quantum error correction codes and fault-tolerant circuits.
From quantum program to fault-tolerant executable circuit
Loom transforms your high-level quantum program into a fault-tolerant circuit that can be run on a target hardware platform.
Where does the loom fit in the tech stack?
Building a central part of the quantum software stack
Bringing together the different layers of the stack to enable fault-tolerant quantum computations.
The Loom sits between the algorithmic layer above, the decoding layer at the side, the control layer below and the hardware at the bottom.
Closing the fault-tolerant gap
Complementing existing hardware & software solutions
Accelerating effective quantum computing strategies
How to collaborate
Streamline your quantum error correction
1
Collaborations with complementary providers towards full-stack capabilities
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Outsource your quantum error correction (QEC) needs so you can focus on your core innovation
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Partner with us to diversify the features that you can offer to your users