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Develop Quantum Materials Engineering

Create materials that exploit quantum mechanical effects for properties and capabilities impossible with classical materials. Quantum materials would use quantum entanglement, superposition, and tunneling effects to achieve unprecedented electronic, magnetic, and optical properties. The challenge involves maintaining quantum effects in practical material systems, developing manufacturing processes for quantum materials, and creating applications that exploit quantum material properties. Applications include quantum computing materials with perfect coherence, quantum sensors with ultimate sensitivity, and quantum communication materials that enable unhackable information transfer. Success would enable quantum technologies with practical applications, advance fundamental understanding of quantum mechanics in materials, and provide materials with capabilities beyond classical physics limits.

Engineering, Core Engineering, Materials Science