Explore how cryptographic protocols generate and exchange secure quantum keys in real time. This simulation visualizes core principles of modern encryption.
This demonstration implements simplified quantum key distribution using entangled qubit pairs to illustrate secure communication principles.
Creates correlated qubit states that maintain identical quantum properties across any physical distance
Quantum key distribution protocol using polarized photons for secure key exchange
Quantum no-cloning theorem ensures any attempted interception is detectable
This is just one example of how cryptography and design intersect to create secure digital experiences.
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