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**Introduction:**

Spin-wave logic gates have emerged as a promising alternative to traditional Boolean logic gates for non-Boolean computing. By utilizing spin waves, which are collective excitations of spins in magnetic materials, these logic gates offer the potential for ultra-low power consumption and high-speed operation. In this thesis, we investigate the design, implementation, and application of spin-wave logic gates for non-Boolean computing.

**Table of Contents:**

1. **Introduction**
1.1 Introduction
1.2 Background of study
1.3 Problem Statement
1.4 Objective of study
1.5 Limitation of study
1.6 Scope of study
1.7 Significance of study
1.8 Structure of the Thesis
1.9 Definition of terms

2. **Literature Review**
2.1 Historical overview of non-Boolean computing
2.2 Introduction to spin-wave logic gates
2.3 Previous research on spin-wave logic gates
2.4 Applications of spin-wave logic gates
2.5 Comparison of spin-wave logic gates with traditional Boolean logic gates
2.6 Challenges and limitations of spin-wave logic gates
2.7 Future prospects of spin-wave logic gates
2.8 Spin-wave propagation in magnetic materials
2.9 Spin-wave signal processing techniques
2.10 Spin-wave-based computing architectures

3. **System Design and Methodology**
3.1 Design considerations for spin-wave logic gates
3.2 Implementation of spin-wave logic gates
3.3 Simulation techniques for spin-wave logic gates
3.4 Testing and validation of spin-wave logic gates
3.5 Optimization strategies for spin-wave logic gates
3.6 Power consumption analysis of spin-wave logic gates
3.7 Error correction techniques for spin-wave logic gates
3.8 Integration of spin-wave logic gates in existing computing systems

4. **System Implementation**
4.1 Architecture of spin-wave logic gates
4.2 Selection of magnetic materials for spin-wave logic gates
4.3 Fabrication techniques for spin-wave logic gates
4.4 Characterization of spin-wave logic gates
4.5 Performance evaluation of spin-wave logic gates
4.6 Comparison with theoretical models
4.7 Reliability and stability of spin-wave logic gates
4.8 Scalability of spin-wave logic gates

5. **Conclusion and Summary**
– Summary of key findings
– Implications for non-Boolean computing
– Future research directions
– Conclusion

**Thesis Overview:**

Spin-wave logic gates have garnered significant interest in recent years as a potential paradigm shift in computing beyond traditional Boolean logic gates. In this thesis, we explore the design, implementation, and application of spin-wave logic gates for non-Boolean computing. The introduction provides an overview of the research background, problem statement, objectives, limitations, scope, significance, structure, and definitions of terms. The literature review delves into the historical evolution of non-Boolean computing, introduces spin-wave logic gates, reviews previous research, discusses applications, compares with Boolean logic gates, addresses challenges, and outlines future prospects. The system design and methodology chapter covers design considerations, implementation, simulation, testing, validation, optimization, power consumption analysis, error correction, and integration of spin-wave logic gates. The system implementation chapter details the architecture, magnetic material selection, fabrication, characterization, performance evaluation, comparison with theoretical models, reliability, and scalability of spin-wave logic gates. The conclusion and summary chapter wraps up the thesis with a summary of key findings, implications for non-Boolean computing, future research directions, and a conclusive statement. This thesis aims to contribute to the growing body of knowledge in spin-wave logic gates and advance the field of non-Boolean computing.

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