Which is NOT a way in which quantum physics might improve encryption in the future?
A)Computers based on quantum physics would be much faster.
B)If someone tried to read a key without authorization,it could result in destruction of the key.
C)Transferring keys would be immune to interference with subatomic particles.
D)Transferring keys could be based on changing states of subatomic particles.

Question

Quizplus · Accepted Answer

Quantum encryption improvements are primarily based on the principles of quantum mechanics, such as superposition and entanglement, rather than immunity to interference with subatomic particles. While quantum encryption can make eavesdropping detectable (as in choice B) and relies on the properties of subatomic particles for secure key distribution (as in choice D), it does not inherently provide immunity to all forms of interference, such as that from subatomic particles. The speed of quantum computers (choice A) is also a factor in their potential to improve encryption, but it's more about computational capabilities than direct encryption enhancements.

Which Is NOT a Way in Which Quantum Physics Might