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Develop Quantum Chemical Engineering

Create chemical processes that exploit quantum mechanical effects for enhanced reaction control and novel product synthesis. Quantum chemical engineering would use quantum tunneling, coherence, and entanglement to achieve chemical transformations impossible through classical chemistry. The challenge involves maintaining quantum effects in chemical reaction environments, developing quantum control techniques for chemical processes, and creating practical applications of quantum chemistry at industrial scales. Applications include chemical reactions that proceed through quantum tunneling, catalysts that exploit quantum coherence, and synthesis pathways that use quantum entanglement. Success would enable chemical processes with capabilities beyond classical chemistry, create new classes of materials and molecules, and advance fundamental understanding of quantum effects in chemical systems.

Engineering, Core Engineering, Chemical Engineering