Toward Rydberg entanglement and optical qubit control in strontium atom arrays

We present recent results in high-fidelity and low-loss imaging of single strontium atoms in optical tweezers, as well as progress toward Rydberg-mediated entanglement in defect-free arrays. The strontium clock state is metastable and optically resolvable, allowing for its use as both a stage for single-photon Rydberg excitation and as a basis state in an optical qubit realized via coherent driving of the clock transition. We discuss progress toward both avenues, as well as the potential for optical qubits interacting via Rydberg dressing.