Qubits and quantum computers
... agrees with it on physically relevant inputs. • 4) And, of course, heavy computation can occur when we simply do not know the correct model or relevant computational tool. Even with all these caveats the prediction about classical simulability is powerful. There are quite a few examples of computati ...
... agrees with it on physically relevant inputs. • 4) And, of course, heavy computation can occur when we simply do not know the correct model or relevant computational tool. Even with all these caveats the prediction about classical simulability is powerful. There are quite a few examples of computati ...
One-Shot Classical Data Compression with Quantum Side
... arbitrary and structureless. Various protocols have been studied, such as extracting uniform randomness from a classical random variable, extracting randomness uncorrelated with possibly quantum adversaries (privacy amplification), as well as quantum data compression, state merging, entanglement dis ...
... arbitrary and structureless. Various protocols have been studied, such as extracting uniform randomness from a classical random variable, extracting randomness uncorrelated with possibly quantum adversaries (privacy amplification), as well as quantum data compression, state merging, entanglement dis ...
Staging quantum cryptography with chocolate balls
... cannot be differentiated from the black background). This situation is illustrated in Figure 2. She writes the symbol she could read, as well as the color used, either on the blackboard or into her notebook. Should she attempt to take off her glasses or look at the symbols with the other pair, the p ...
... cannot be differentiated from the black background). This situation is illustrated in Figure 2. She writes the symbol she could read, as well as the color used, either on the blackboard or into her notebook. Should she attempt to take off her glasses or look at the symbols with the other pair, the p ...
