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Create Quantum Coherence Electrical Devices

Develop electrical devices that maintain quantum coherence for room-temperature quantum computing and sensing applications. Quantum coherence, where quantum systems maintain their quantum properties, typically requires extremely cold temperatures and isolated environments. Room-temperature quantum coherent devices would enable practical quantum computers, ultra-sensitive quantum sensors, and quantum communication systems. The challenge involves understanding decoherence mechanisms at room temperature, developing materials and structures that protect quantum coherence, and creating electrical interfaces that don't destroy quantum properties. Success would revolutionize computing with practical quantum computers, enable quantum sensors for medical diagnostics and scientific research, and create quantum communication networks for ultra-secure information transfer. Applications include quantum computers for drug discovery, quantum sensors for early disease detection, and quantum networks for unhackable communications.

Engineering, Core Engineering, Electrical Engineering