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Alain Aspect discusses the concept of randomness in physics, where classical and quantum randomness have different characteristics. Classical randomness arises from small changes in the initial conditions of a deterministic system, while quantum randomness is a fundamental feature of quantum mechanics and is created through the measurement of quantum systems. Alain explains the importance of quantum randomness in cryptography and cryptographic systems, as it offers absolute security through the use of entangled photons. He also discusses the concept of entangled photons and their potential applications in quantum computing and the generation of pure random numbers. Alain Aspect emphasizes the importance of understanding and harnessing quantum randomness in various fields of research and its potential impact on our lives.
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