Dynamical Decoupling Now Accessible Via Qiskit, Quantum Elements Reports

IBM Quantum Network member organizations will soon have a new tool to boost circuit performance as Quantum Elements prepares to launch Orbit within the IBM Qiskit Functions Catalog. Orbit embeds advanced quantum error suppression directly into a widely-used development platform, translating decades of dynamical decoupling research into a practical application for quantum computing users. The function is designed to improve circuit execution and reduce the time and cost associated with error mitigation, a critical benefit for teams working within limited budgets. “Orbit was built to give users practical access to advanced error suppression without complicating the workflow,” explains Izhar Medalsy, CEO and cofounder of Quantum Elements. By applying dynamical decoupling to both static and dynamic circuits, Orbit addresses noise in ways traditional error mitigation techniques often cannot.

Orbit Function Integrates Dynamical Decoupling into IBM Qiskit

Decades of research into protecting quantum states from noise are now directly available to developers through a new function integrated into IBM’s Qiskit platform. This accessibility represents a significant shift, translating years of academic work in dynamical decoupling into a practical tool for a defined user group. Quantum Elements intends Orbit to address limitations of traditional error suppression methods, particularly when applied to dynamic circuits; these circuits, essential for fault-tolerant quantum computing, often prove challenging for static-circuit techniques. Orbit’s ability to apply dynamical decoupling to these workflows allows for noise suppression in scenarios where conventional methods fall short.

Quantum runtime remains a critical resource for scientific computing teams, enterprise groups, and academic researchers, all striving to maximize the value extracted from limited quantum computing budgets. Izhar Medalsy, CEO of Quantum Elements, said that quantum computing performance gains need to be practical, accessible, and cost-conscious. Daniel Lidar, Quantum Elements co-founder and Chief Science Officer, contributed to the theoretical and practical foundations of the error suppression methods now available through Orbit.

Scott Crowder, Vice President, IBM Quantum Adoption and Business Development, emphasized the benefit to the IBM Quantum Network, stating that by making Quantum Elements’ Orbit available in the Qiskit Functions Catalog, they are making advanced error suppression easier to access, test, and integrate into real quantum workflows for the global community of IBM Quantum Network members. Users can maintain circuit integrity and avoid added processing overhead, enabling more extensive experimentation and efficient use of quantum computing resources.