Topological ones could use anyons to avoid the problem of decoherence. These objects use Hadamard gates, and the no cloning theorem makes error correction difficult for them. One of them is used in the Deutsch-Jozsa algorithm, and one of them allows the use of Grover's algor
Topological ones could use anyons to avoid the problem of decoherence. These objects use Hadamard gates, and the no cloning theorem makes error correction difficult for them. One of them is used in the Deutsch-Jozsa algorithm, and one of them allows the use of Grover's algorithm to search through an unsorted database in sublinear time. They can use Shor's Algorithm to factor primes in "order log cubed of n" time, and their individual elements are represented by two-state systems. Loss and Vincenzo have proposed one constructed of a certain type of dot. For 10 points, name these devices that store information in the form of superpositions of ones and zeroes, in qubits.
Topological ones could use anyons to avoid the problem of decoherence.
quantum computers