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The dissertation presents an experimental study of nanomagnets for Magnetic Quantum-Dot Cellular Automata (MQCA) logic applications. It explores the use of dipole-coupled, single-domain nanomagnets to represent digital bits and demonstrates the operation of a three-input majority gate at room temperature for the first time. The research includes fabrication techniques, magnetic properties, and the investigation of various shapes and sizes of nanomagnets to optimize their performance in MQCA systems. The findings indicate that MQCA can achieve low power dissipation and high integration density, making it a promising approach for future digital computation.

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