AtomCOMP - A Hybrid Compilation Framework with Error Mitigation and Pulse Control for Quantum Computing with Neutral Atoms

Quantum computers based on neutral atoms promise better scalability, an easy cooling environment and flexible placement of qubits. This allows for multiple qubit operations and the parallelism of quantum operations. Most design methodologies, such as compile, synthesize and fault mitigation, are primarily focused on superconducting qubits. Specific circuit design methods that exploit and support the potential of the neutral atom quantum architecture are still largely unexplored. AtomCOMP addresses this by developing a new hybrid open-source compilation framework that combines qubit mapping and pulse optimization at the circuit level. This allows AtomCOMP to take advantage of multi-qubit operations.