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Surface Code Quantum Computation on a Defective
Surface Code Quantum Computation on a Defective

Information Geometric Superactivation of Asymptotic Quantum
Information Geometric Superactivation of Asymptotic Quantum

Chapter 3: Quantum Computing
Chapter 3: Quantum Computing

... proves there is no method for IFS with unitary transformations, and so concludes I/O bandwidth can not be significantly reduced by such quantum methods for sensing. (Also see Holevo [99], Fuchs and Caves [100] for proof that quantum methods can not increase the bandwidth for transmission of classica ...
Quantum Information Processing: Algorithms, Technologies and
Quantum Information Processing: Algorithms, Technologies and

... Summary. Although as noted above, quantum methods can not increase the bandwidth for transmission of classical information, still in certain cases entangled states can be compressed to fewer qubits. This quantum compression could have important applications in practice, where the number of usable qu ...
Quantum Computation and Quantum Information
Quantum Computation and Quantum Information

... which in turn offer great potential to revolutionize computational statistics. While only pseudo-random numbers can be generated by classical computers, quantum computers are able to produce genuine random numbers; quantum computers can exponentially or quadratically speed up median evaluation, Mont ...
Quantum dots on bilayer graphene made on a substrate of boron
Quantum dots on bilayer graphene made on a substrate of boron

ncomms14552 - The University of Manchester
ncomms14552 - The University of Manchester

Quantum Circuits Engineering: Efficient Simulation and
Quantum Circuits Engineering: Efficient Simulation and

... quantum states in a structural manner, employing only polynomial resources for simulation. By contrast, when entanglement is detected in the processed state, the circuit has to be described with a behavioral architecture, and exponential resources must be used in this case. That happens because, whe ...
AUTOMATIC QUANTUM COMPUTER PROGRAMMING A Genetic
AUTOMATIC QUANTUM COMPUTER PROGRAMMING A Genetic

Quantum Information Processing - wolfgang
Quantum Information Processing - wolfgang

INCT_IQ_ENG_1 - Instituto de Física / UFRJ
INCT_IQ_ENG_1 - Instituto de Física / UFRJ

... scientific advances of the time, such as the development and application of the theories of Thermodynamics and Electrodynamics. In the latter, one identify incredible progress, again due primarily to the development and application of two scientific theories: Quantum Mechanics and Information Theory ...
Quantum Computing
Quantum Computing

... list. Such algorithms prove that a quantum computer of sufficiently precise construction is not only fundamentally different from any computer which can only manipulate classical information, but can compute a small class of functions with greater efficiency. This implies that some important computa ...
Decoherence, non-Markovianity and quantum estimation in qubit
Decoherence, non-Markovianity and quantum estimation in qubit

Research Proposal for a Quantum Computer Programming
Research Proposal for a Quantum Computer Programming

Interconnection Networks for Scalable Quantum Computers
Interconnection Networks for Scalable Quantum Computers

Quantum Optics VII Conference Program
Quantum Optics VII Conference Program

Quantum information processing beyond ten ion
Quantum information processing beyond ten ion

... Shor’s factoring algorithm [10], which may find the factors of large numbers notably faster than any classical algorithm, or Grover’s search algorithm [11], which can be used to efficiently find elements in an unsorted database. The requirements for a functional quantum computer have been summarised ...
Quantum Computation, Quantum Theory and AI
Quantum Computation, Quantum Theory and AI

... Quantum computers were first envisaged by Nobel Laureate physicist Feynman [47] in 1982. He conceived that no classical computer could simulate certain quantum phenomena without an exponential slowdown, and so realized that quantum mechanical effects should offer something genuinely new to computati ...
Computational Methods for Simulating Quantum Computers
Computational Methods for Simulating Quantum Computers

Kondo physics in the single-electron transistor with ac driving Peter Nordlander
Kondo physics in the single-electron transistor with ac driving Peter Nordlander

Studies in Quantum Information Theory
Studies in Quantum Information Theory

General Properties of Quantum Zero
General Properties of Quantum Zero

Multi-particle qubits - Department of Physics — ETH Zurich
Multi-particle qubits - Department of Physics — ETH Zurich

Models of quantum computation and quantum programming
Models of quantum computation and quantum programming

Universitat Autonoma de Barcelona Facultat de Ciencies, Departament de F sica
Universitat Autonoma de Barcelona Facultat de Ciencies, Departament de F sica

... which mathematically correspond to elements of a two-dimensional Hilbert space, and can be expressed as a superposition of two states, namely j0i and j1i. Thus, the most general states of quantum information are superpositions of strings of qubits. Physically, a qubit corresponds to a single quantum ...
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Quantum dot cellular automaton

Quantum dot cellular automata (sometimes referred to simply as quantum cellular automata, or QCA) are proposed models of quantum computation, which have been devised in analogy to conventional models of cellular automata introduced by von Neumann.
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