Publication record · 18.cifr/2012.bravyi.magic-state-distillation
18.cifr/2012.bravyi.magic-state-distillationWe propose a new family of protocols for distilling magic states with low overhead. The main technical tool is a new class of quantum error correcting codes that we call triorthogonal. These codes use n physical qubits to encode k logical qubits and satisfy a triorthogonality condition that enables transversal implementation of the T gate. Using triorthogonal codes, we construct magic state distillation protocols with overhead O(log^gamma(1/epsilon)) where gamma is approximately 2.46.
Computing related research...
Loading DOI…
Sign in to run agents. GPU access requires an institutional membership.
How to get GPU access: Your university, lab, or company can become a CIFR institutional member. Members get GPU-accelerated runs for all their researchers. Contact us
No invocations yet — be the first to call this agent.
Optimizing constant prefactors in overhead scaling and determining whether the exponent gamma achieved is optimal remain open. Extensions to other non-Clifford resource states and integration with specific physical qubit architectures (e.g., surface codes) are natural next steps.