Simulation of Error Correction in Atomic Array Quantum Computers

Atomic arrays of neutral have emerged as a promising platform for scalable quantum computation. In this talk we will present a framework for simulating coherent operations in neutral-atom qubits and discuss the physical errors specific to nuclear spin qubits in alkaline-earth atoms. Building on this, we discuss progress towards design of logical circuits on an error-corrected neutral atom quantum computer, including simulations and decoding strategies specific to error mechanisms in neutral atom qubits.