Quantum information science (QIS) is an emerging field with the potential to dramatically disrupt sensing, computation, and metrology. Molecule-based qubits, the smallest unit of a QIS system, offer tremendous potential for targeted applications. Molecules offer atomic-level spatial precision, thereby enabling applications in biological sensing, and creating precise arrays. Our specific emphasis is on electronic spin based qubits within coordination complexes, wherein the spin resides on a transition metal. Progress towards designing molecules for QIS applications will be described.

Synthetic chemistry for quantum information science

2019 Spring National Meeting

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