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quantum-cryptography

Master quantum cryptography - the only encryption method with security guaranteed by the laws of physics. Learn how quantum mechanics enables provably unbreakable communication.

🔬 지금 사용하기

이것은?

🎯 시뮬레이터 팁

📚 용어집

QKD
양자 키 분배
BB84
최초의 QKD 프로토콜(Bennett-Brassard 1984)
E91
얽힘 기반 QKD(Ekert 1991)
Alice
암호화 프로토콜의 발신자
Bob
암호화 프로토콜의 수신기
Eve
암호화 프로토콜의 도청자
OneTimePad
메시지와 동일한 길이의 무작위 키를 사용하여 깨지지 않는 암호화
Qubit
양자 비트 - 양자 정보의 단위
Entanglement
입자 간의 양자 상관관계
BellTest
양자 얽힘을 검증하는 실험

🏆 핵심 인물

Charles Bennett

BB84, B92 프로토콜

Gilles Brassard

BB84 프로토콜

Artur Ekert

E91 프로토콜

Stephen Wiesner

최초의 양자화폐 개념(1970년대)

💬 학습자에게

{'encouragement': "You're learning about the only encryption method with security guaranteed by the laws of physics. While classical encryption could theoretically be broken, quantum cryptography is secure forever.", 'reminder': "QKD is already commercial and deployed worldwide. This isn't science fiction - it's protecting secrets right now.", 'action': 'Run the BB84 protocol in the simulator. Try eavesdropping and see how you get caught. Understand why physics beats mathematics for security.', 'dream': 'A cryptographer from Kenya might develop new QKD protocols. A physicist from Nigeria might solve the quantum repeater challenge. Quantum security should protect everyone, everywhere.', 'wiaVision': 'WIA Pin Code believes that understanding unbreakable security should be accessible to all. Quantum cryptography protects privacy as a fundamental right.'}

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