Quantum Foundations: 1-Shot Oblivious Transfer and Two-Party Computation via Noisy Quantum Storage
Quantum Foundations explores one-shot oblivious transfer and two-party computation using noisy quantum storage. Authored by Shivam Anand and Gulshan, it examines secure protocols in quantum settings, addressing storage noise challenges. This technical book advances understanding of quantum cryptography for researchers and practitioners in the field.
About This Book
This work delves into quantum foundations, addressing key challenges in secure communication protocols. It examines the integration of one-shot oblivious transfer with two-party computation mechanisms.
The authors present insights into leveraging noisy quantum storage for practical implementations. This approach highlights the resilience of quantum systems against storage imperfections.
Through rigorous analysis, the book outlines theoretical frameworks essential for advancing quantum cryptography. It serves as a resource for researchers in quantum information science.
Key concepts are explored to bridge theoretical models with potential real-world applications in secure computing.
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