Reaction: Molecular Spins as Qubits

Quantum computation operates with qubits rather than bits to assure ultra-fast calculations that are otherwise unreachable. Chemistry in particular offers immense opportunities for qubit design and scalability. Examples of molecular qubits with long memory times have already been demonstrated, and their properties can be further improved with chemical tools. These qubits are versatile, easily replicated, and capable of forming multiqubit gates that execute calculation tasks. Pulse EPR experiments have also been developed to enable coherent qubit manipulations and measurement of qubit-qubit interactions.