Which principle of quantum mechanics is most commonly exploited in quantum cryptography for secure communication?
- Entanglement
- Superposition
- Tunneling
- Uncertainty Principle
Quantum cryptography commonly exploits the principle of entanglement, where two or more particles become interconnected and the state of one is directly related to the state of the others. This phenomenon enables the creation of quantum keys with properties that make eavesdropping detection more feasible, enhancing the security of communication. Knowing the principles harnessed in quantum cryptography is essential for understanding its underlying mechanisms.__________________________________________________
Loading...
Related Quiz
- Which advanced cryptographic protocol allows two parties to securely compute a function over their inputs while keeping those inputs private?
- Alice receives an email with a signed document from Bob. She verifies the digital signature using Bob's public key and finds it valid. This ensures that the document was:
- Alice visits a popular news website and sees a pop-up that says "Hacked!". Upon investigation, it's found that the website itself was not compromised but the script from an ad provider was. What kind of attack was most likely leveraged?
- Which technology is essential for automating real-time threat detection?
- An organization with a global presence wants to ensure its employees can access internal resources securely from anywhere in the world without exposing the network to external threats. Which solution would best fit this requirement?