Leveraging GPU Cores as Semantic Qubits- A Scalable Approach to Quantum Computing. (IEEE)

Leveraging Semantic State Contraction for Scalable Quantum Computing : Mathematical Framework and AI Integration. (IEEE)

Scaling Traditional Quantum Computing to Million-Qubits : Hybrid Integration with Semantic State Contraction (SSC), 6G, and GPU Technologies. (IEEE)

Leveraging Integrated Semantic Calculus (ISC) for Scalable Quantum Computing : A Unified Approach to Quantum Algorithms, AI, and Real-World Constraints. (IEEE)

Semantic State Contraction and Integrated Quantum Algorithms for Scalable Quantum Computing : A Unified Framework (IEEE)

Scaling Traditional Quantum Computing to Million-Qubits : A Hybrid Approach with Semantic State Contraction (SSC) (IEEE)

Billion-Scale Semantic-State Qubits : Architectural, Physical, and Complexity Foundations Beyond Transistor-Based Computing (IEEE)