Would the following analogy match the idea of quantum cryptography well? Let's say you have a safe (strongbox) in your house with 5 locks on it and you need to operate all 5 locks to open the safe. I send you the 5 correct brass keys to open the safe, in 5 sealed boxes. If you get the 5 boxes and notice that the seal on one of the boxes is broken, then you know that an interloper is in the picture. How could I tweak this analogy if it does not fit quantum cryptography? Regards, Ian D.
It seems to me you're trying to make it too complex. Take two identical dictionaries give every defined word a number than use a system with say! with 10,000 or 10,000,000 single individual digit. Give every number or word its own individual digit after that your options are almost endless.
I am an officer of the chapter, you'll have to prove me wrong.
Would the following analogy match the idea of quantum cryptography well? Let's say you have a safe (strongbox) in your house with 5 locks on it and you need to operate all 5 locks to open the safe. I send you the 5 correct brass keys to open the safe, in 5 sealed boxes. If you get the 5 boxes and notice that the seal on one of the boxes is broken, then you know that an interloper is in the picture. How could I tweak this analogy if it does not fit quantum cryptography? Regards, Ian D.
It seems to me you're trying to make it too complex. Take two identical dictionaries give every defined word a number than use a system with say! with 10,000 or 10,000,000 single individual digit. Give every number or word its own individual digit after that your options are almost endless.