We’re excited to share our latest breakthrough: logical dynamical decoupling—a novel technique that tackles the persistent challenge of logical errors in quantum computing.
Our research demonstrates how this approach suppresses errors that traditional quantum error correction codes cannot address, while maintaining a minimal qubit footprint.
The results are compelling: by combining quantum error correction with logical dynamical decoupling, we’ve significantly improved the fidelity of entangled logical qubits—the foundational building blocks of quantum algorithms.
This advancement represents a crucial step toward achieving fault-tolerant quantum computation sooner than previously thought possible, bringing practical quantum applications within closer reach.