Examples of using Quantum algorithms in English and their translations into Japanese
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The Sycamore quantum computer is programmable andcan run general-purpose quantum algorithms.
Once installed, Cirq enables researchers to write quantum algorithms for specific quantum processors.
The Sycamore quantum computer is fully programmable andcan run general-purpose quantum algorithms.
Once installed, Cirq enables researchers to write quantum algorithms for specific quantum processors.
All members of the Cabal and those involved have beenblocked from redeeming Zimbabwe Bond Notes through quantum algorithms.
Since a large-scale quantum computer does not yet exist, quantum algorithms for many qubits cannot yet be tested.
Once Cirq is installed,it enables researchers to write for specific quantum processors the quantum algorithms.
The future has arrived andyou now have the opportunity to write quantum algorithms and to run them on actual quantum computers.
Once Cirq is installed,it enables researchers to write for specific quantum processors the quantum algorithms.
Developers will also be able to test their quantum algorithms on an Azure-based classical-computer simulation of a quantum machine.
All members of the Cabal and those involved have beenblocked from redeeming Zimbabwe Bond Notes through quantum algorithms.
Cirq aims to make it easier to write, manipulate, and optimize quantum algorithms for noisy intermediate scale quantum(NISQ) computers.
In[222], these quantum algorithms for linear systems are applied to speed up the characterization of persistent homology from data sets.
The Department of Applied Physics is also strong in optical science,and even using light quantum entanglement is generated and quantum algorithms are realized.
This result and subsequent faster quantum algorithms for group testing are discussed in the entry on Junta Testing and Group Testing.
The generalization of Grover's algorithm known as amplitude estimation[17]is now an important primitive in quantum algorithms.
It is freely accessible for developers,programmers and researchers to run quantum algorithms, work with individual quantum bits, and explore tutorials and simulations.
Recently, I gave a quantum algorithm for the counterfeit coin problem, a well-known combinatorial problem, which achieves a quartic speed-up over classical algorithms. This speed-up is much different from previous quantum algorithms including the Shor and the Grover.
It is freely accessible for developers,programmers and researchers to run quantum algorithms, work with individual quantum bits, and explore tutorials and simulations.
Neither is true- mainstream uses for quantum computers are at least a few years to a decade away,and the big fear, that quantum algorithms will crack popular encryption strategies, is probably several decades away.
OpenFermion is a platform for developing for chemistry problems the quantum algorithms, and OpenFermion-Cirq is an open source library which to Cirq compiles quantum simulation algorithms.
OpenFermion is a platform for developing for chemistry problems the quantum algorithms, and OpenFermion-Cirq is an open source library which to Cirq compiles quantum simulation algorithms.
They think they have found a quantum algorithm that solves problems 100 million times faster than conventional processes.
A team from Volkswagen developed a quantum algorithm for route optimisation between the stops.
The Volkswagen experts have developed a quantum algorithm for route optimization between the stops.
Subsequent improvements to this quantum algorithm are given in[279].
We also now have the first widely useful quantum algorithm for computer science applications: certifiable quantum randomness.
Wocjan and Yard further generalized this, obtaining a quantum algorithm to estimate the HOMFLY polynomial[93], of which the Jones polynomial is a special case.