Word
... wavefunction to collapse into a state which has a well-defined position - the observable "momentum" however will still remain undefined, will still lie in the realm of latent possibilities Measuring for the observable "momentum" causes the wavefunction to collapse into a state which has a well-defin ...
... wavefunction to collapse into a state which has a well-defined position - the observable "momentum" however will still remain undefined, will still lie in the realm of latent possibilities Measuring for the observable "momentum" causes the wavefunction to collapse into a state which has a well-defin ...
6pp
... partially corrupted by errors, and outputs nE asymptotically perfect EPR pairs. • E is the entropy of entanglement, a measure of the number of quantum errors which the pairs suffered. • The quantum inputs to this block are the input EPR states and a supply of |0> qubits. • The outputs are pure EPR s ...
... partially corrupted by errors, and outputs nE asymptotically perfect EPR pairs. • E is the entropy of entanglement, a measure of the number of quantum errors which the pairs suffered. • The quantum inputs to this block are the input EPR states and a supply of |0> qubits. • The outputs are pure EPR s ...
