To explain, if you asked a classical computer to perform two calculations, it would do them in sequence, returning one answer after the other. A quantum computer, when asked to do the same thing, would return both answers at once. While it performed the actual computation faster, it takes an equal amount of time in the end, because you have to figure out which answer goes to which question with the quantum computer.
Certain algorithms have been developed for quantum computers (which can capitalize on purely quantum mechanical behavior such as convolution) which allow for specialized functions to be sped up. The two most common examples are directory lookups and number factoring. Because of the latter, quantum computers hold importance in the field of cryptography.
Recently IBM created a quantum computer which factored 15 into 5 and 3. The technology is still in its infancy, but it is steadily moving forward.
Interdisciplinary Center for Neural Computation was created in 1992.
a computer is what?? it is simply a machine made of hardware??but why we need computer....the answer is we need computer to perform computation on a specific task....how this computation will occur in the computer is defined by a set of rules ...to understand these rules ,we need to study theory of computation.... theory drives practice and practice drives theory....to make efficient machines for computation tasks we need to study theory of computation.
Active Duty Service Computation just means the time you started active duty.
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Fault-tolerant quantum computation using anyons ensures reliable and error-resistant processing of quantum information by encoding and manipulating quantum information in a way that makes it less susceptible to errors caused by noise or imperfections in the system. Anyons are exotic particles that can store and process quantum information in a way that allows for error correction and fault tolerance, making quantum computation more reliable and robust.
Simon Gay has written: 'Semantic techniques in quantum computation' -- subject(s): Quantum theory, Quantum computers, Semantics, Programming languages (Electronic computers)
yes, in a sense quantum mechanics allows the computation of a frequency for all masses (similar to the way relativity allows the computation of an energy for all masses).
The Holevo bound in quantum information theory is important because it sets a limit on how much classical information can be extracted from a quantum system. It helps in understanding the fundamental limits of information processing in quantum systems, which is crucial for developing quantum communication and computation technologies.
Robert Geroch has written: 'Mathematical physics' -- subject(s): Mathematical physics 'Perspectives in computation' -- subject(s): Computational complexity, Quantum computers
Whole number computation is 90% of decimal computation. The difference is that you need to understand where to put the decimal point in the answer. It's impossible to do decimal computation without knowing how to do whole number computation.
Interdisciplinary Center for Neural Computation was created in 1992.
Decimal Computation was created in 1974.
Journal of Symbolic Computation was created in 1985.
Biomedical Computation Review was created in 2005.
If my computation is correct, the world will end this December.
a computer is what?? it is simply a machine made of hardware??but why we need computer....the answer is we need computer to perform computation on a specific task....how this computation will occur in the computer is defined by a set of rules ...to understand these rules ,we need to study theory of computation.... theory drives practice and practice drives theory....to make efficient machines for computation tasks we need to study theory of computation.