Quantum computing continues to advance toward practical enterprise adoption, but minimizing errors and maximizing runtime efficiency remain major challenges for researchers and developers. As organizations expand quantum experimentation, accessible error suppression technologies are becoming essential for improving circuit performance while optimizing limited quantum computing resources.
Quantum Elements has announced that its AI-powered quantum error suppression solution, Orbit, will be available through the IBM Qiskit Functions Catalog. The integration enables IBM Quantum Network members to incorporate advanced error suppression into existing quantum workflows, helping improve circuit execution while reducing workflow complexity, processing overhead, and quantum runtime costs.
Orbit is designed to make advanced quantum error suppression accessible without requiring users to possess deep expertise in quantum error correction techniques.
By integrating with the IBM Qiskit Functions Catalog, researchers, enterprise developers, and academic institutions within the IBM Quantum Network can improve circuit performance while avoiding the additional processing overhead and lengthy compilation times commonly associated with traditional error mitigation approaches.
The streamlined workflow allows users to execute more experiments, evaluate additional algorithms, and make better use of available quantum computing resources.
Quantum runtime remains one of the most valuable resources for organizations developing quantum applications across scientific computing, optimization, chemistry, finance, materials science, and cryptography.
Orbit helps maximize this limited resource by reducing unnecessary workflow friction and improving circuit execution efficiency. As a result, users can test more ideas, execute more quantum circuits, and obtain greater value from existing quantum computing budgets without increasing computational overhead.
One of Orbit's distinguishing capabilities is its compatibility with mid-circuit measurements and dynamic circuits, both of which play a critical role in the development of fault-tolerant quantum computing.
The platform applies dynamical decoupling within dynamic-circuit workflows, helping suppress quantum noise in environments where traditional static-circuit error mitigation techniques are less effective. This capability extends advanced error suppression to increasingly complex quantum workloads.
"Quantum computing performance gains need to be practical, accessible and cost-conscious," said Izhar Medalsy, CEO of Quantum Elements. "Orbit was built to give users practical access to advanced error suppression without complicating the workflow. Users can see the resulting circuit, keep their circuit intact and avoid the classical and quantum overhead that can slow down experimentation and make it more expensive."
Orbit also reflects Quantum Elements' broader strategy of translating decades of quantum research into practical software solutions. The technology builds upon foundational work in dynamical decoupling, originally developed for nuclear magnetic resonance before being adapted to protect quantum states from noise in quantum computing environments.
Quantum Elements Co-founder and Chief Science Officer Daniel Lidar contributed to the theoretical and practical development of the error suppression methods that power Orbit, helping transform advanced research into an accessible software solution for a broader range of users.
Scott Crowder, Vice President, IBM Quantum Adoption and Business Development, said "By making Quantum Element's Orbit available in the Qiskit Functions Catalog, we are making advanced error suppression easier to access, test, and integrate into real quantum workflows for our global community of IBM Quantum Network members."
Through its availability in the Qiskit Functions Catalog, Orbit provides IBM Quantum Network members with a streamlined method for integrating advanced quantum error suppression into existing workflows, supporting both research and commercial quantum computing initiatives across multiple industries.
About Quantum Elements
Founded in 2023 in Los Angeles, Quantum Elements seeks to transform the quantum computing industry by making the path to real-world commercial applications more efficient and cost-effective through its proprietary, AI-native software stack and world-leading quantum Digital Twins.
