Modern Cryptography, Probabilistic Proofs and Pseudorandomness

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The book explores the crucial relationship between randomness and computation, highlighting its significance in modern cryptography and complexity theory. It delves into probabilistic proof systems and the computational perspective on randomness, showcasing the evolution from classical cryptography, focused on encryption schemes, to a more comprehensive and scientifically rigorous approach. This transition emphasizes a broader range of tasks and the shift from ad-hoc methods to systematic techniques, offering a foundational understanding of contemporary cryptographic practices.