Examples of 'quantum computation' in a sentence
Meaning of "quantum computation"
Quantum computation refers to the use of quantum mechanical principles to perform computations. Unlike classical computers, which use bits to represent information as 0s and 1s, quantum computers use quantum bits (qubits) that can exist in multiple states simultaneously, enabling them to perform complex calculations much faster than classical computers
How to use "quantum computation" in a sentence
Basic
Advanced
quantum computation
A quantum computation is a succession of states of quantum bits.
His research looked at topological quantum computation.
Center for quantum computation and communication technology.
The challenge of error correction in quantum computation.
Adiabatic quantum computation in satisfiability problems.
I doubt she knows anything about quantum computation.
Quantum computation with negative delay.
Such models are applicable to universal adiabatic quantum computation.
I realized that quantum computation could be used to harness the.
His present interest is the theory of quantum computation.
Different models of quantum computation have been proposed for information processing.
I specialize in adiabatic quantum computation.
Adiabatic quantum computation relies on the adiabatic theorem to undertake calculations.
I realized that quantum computation.
Where quantum computation will take us is something we just do not know.
See also
When it comes to quantum computation.
Quantum computation is coming.
This result is important in understanding the limits of quantum computation.
Topological quantum computation.
Such models are used for universal adiabatic quantum computation.
Studying their applicability for quantum computation could be a topic of further research.
His research interests include quantum information and quantum computation.
All quantum computation in the end reduces to combined rotations of quantum states.
He is currently working on quantum computation.
The theories of quantum computation have some implications in the world of artificial intelligence.
His research interests lie mainly in the field of quantum computation.
In the not so distant future quantum computation will be part of our daily routine.
It is one of the most important fundamental results in the field of quantum computation.
Recent progress in quantum computation has increasingly attracted the interest of the scientific community.
Combining these systems could be useful for future quantum computation architectures.
Quantum computation Quantum algorithms.
We find some evidence that entanglement can be considered a resource in quantum computation.
Alexei Kitaev describes the principles of topological quantum computation as a method for combating decoherence.
This article aims to reflect on concepts related to classical computation and quantum computation.
Peter Shor made the invention that quantum computation can greatly pace factoring of whole numbers.
It provides a very simple model which captures all of the power of quantum computation.
The Centre for quantum computation.
The project has also provided an important step towards more demanding quantum computation.
The Oxford Centre for Quantum Computation is also housed in the laboratory.
This will have significant implications for cryptography if quantum computation becomes scalable.
Fault-tolerant quantum computation is concerned with the problem of noise in quantum computers.
Manufacturing tolerance may detrimentally affect the usefulness of qubit circuits in quantum computation circuits.
To perform quantum computation efficiently, qubits are required to be initialized quickly and on demand.
This requires a substantial computational overhead that currently outweighs the advantages of quantum computation.
What advantage could quantum computation bring?
The emphasis focuses on distinguishing between the main features of traditional computing and quantum computation.
In modern quantum computation concepts, photons are especially important as transmitters for quantum bits.
The main motivation is that the topological phases can be used for topological quantum computation.
The dqc1 mixed state quantum computation model can eciently solve some of these problems.
Project partners also found that certain systems are well indicated for applications in quantum computation.
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