Programmable architecture for quantum computing Jialin Chen, Lingli Wang, Edoardo Charbon,
... the QFPGA which consists of four parts. The first two parts are the structures of the QRC and QLB, the third part is the error analysis, and the fourth part describes the whole architecture of QFPGA. Then in Sec. VI, based on QFPGA, we provide two applications—the general quantum gates and quantum F ...
... the QFPGA which consists of four parts. The first two parts are the structures of the QRC and QLB, the third part is the error analysis, and the fourth part describes the whole architecture of QFPGA. Then in Sec. VI, based on QFPGA, we provide two applications—the general quantum gates and quantum F ...
On quantum obfuscation - University of Maryland Institute for
... and Diffie and Hellman [17] in the 1970s. These public-key methods have found widespread practical application in virtually all Internet communications. More advanced theoretical methods for encrypting data, such as fully-homomorphic encryption, have only been discovered recently [22], but show grea ...
... and Diffie and Hellman [17] in the 1970s. These public-key methods have found widespread practical application in virtually all Internet communications. More advanced theoretical methods for encrypting data, such as fully-homomorphic encryption, have only been discovered recently [22], but show grea ...
Quantum Query Algorithms - Baltic Journal of Modern Computing
... for solving specific computational problems, as well as to improve the general construction techniques for algorithms. It is important to work out an approach for designing efficient quantum algorithms for arbitrary functions. A collection of existing methods (including, for instance, a method for e ...
... for solving specific computational problems, as well as to improve the general construction techniques for algorithms. It is important to work out an approach for designing efficient quantum algorithms for arbitrary functions. A collection of existing methods (including, for instance, a method for e ...
Singularity of the time-energy uncertainty in adiabatic perturbation
... field. Its quantum trajectory is shown to be a cycloid on the Bloch sphere, traced by a point on a rolling circle, of a radius determined by the angular speed of the magnetic field, along the adiabatic path of the instantaneous eigenstate. We find the two basic geometric quantities, the distance and ...
... field. Its quantum trajectory is shown to be a cycloid on the Bloch sphere, traced by a point on a rolling circle, of a radius determined by the angular speed of the magnetic field, along the adiabatic path of the instantaneous eigenstate. We find the two basic geometric quantities, the distance and ...
Isotropic restriction in Group Field Theory condensates
... Figure 1.1: Construction of the physical Hilbert space of LQG. The kinematical Hilbert space Hkin is built using functions of holonomies on graphs embedded in Σ. We implement the three constraints one after another to obtain the physical Hilbert space Hphys . Kinematical Hilbert Space. The basic ele ...
... Figure 1.1: Construction of the physical Hilbert space of LQG. The kinematical Hilbert space Hkin is built using functions of holonomies on graphs embedded in Σ. We implement the three constraints one after another to obtain the physical Hilbert space Hphys . Kinematical Hilbert Space. The basic ele ...
Why Machine Learning? - Lehrstuhl für Informatik 2
... Artificial Intelligence:Learning: Learning symbolic representation of concepts, ML as search problem , Prior knowledge + training examples guide the learning-process Bayesian Methods:Calculating probabilities of the hypotheses, Bayesian-classifier Theory of the computational complexity: Theoretical ...
... Artificial Intelligence:Learning: Learning symbolic representation of concepts, ML as search problem , Prior knowledge + training examples guide the learning-process Bayesian Methods:Calculating probabilities of the hypotheses, Bayesian-classifier Theory of the computational complexity: Theoretical ...
Quantum Channels - Institut Camille Jordan
... Let us recall the setup of quantum open systems. We are given two quantum systems interacting together, with state space H and K respectively. Our approach is in discrete time only in this section, that is, we shall look at the evolution of the two systems together for a fixed time duration τ . This ...
... Let us recall the setup of quantum open systems. We are given two quantum systems interacting together, with state space H and K respectively. Our approach is in discrete time only in this section, that is, we shall look at the evolution of the two systems together for a fixed time duration τ . This ...
Finding shortest lattice vectors faster using quantum search
... fundamental reasons for questioning it [12], and there are practical computing architectures where the assumption does not apply. In the case of quantum computation, a practical RAM-like quantum memory (e.g. [37]) looks particularly challenging, especially for first generation quantum computers. Som ...
... fundamental reasons for questioning it [12], and there are practical computing architectures where the assumption does not apply. In the case of quantum computation, a practical RAM-like quantum memory (e.g. [37]) looks particularly challenging, especially for first generation quantum computers. Som ...
Quantum Money from Hidden Subspaces
... the unusual mathematics employed, the work of Farhi et al. [22] (building on [30]) also developed an idea that will play a major role in our work. That idea is to construct public-key quantum money schemes by composing two “simpler” ingredients: first, objects that we call mini-schemes; and second, ...
... the unusual mathematics employed, the work of Farhi et al. [22] (building on [30]) also developed an idea that will play a major role in our work. That idea is to construct public-key quantum money schemes by composing two “simpler” ingredients: first, objects that we call mini-schemes; and second, ...
Creation of entangled states in coupled quantum dots via adiabatic... C. Creatore, R. T. Brierley, R. T. Phillips,
... adiabatic rapid passage, for the creation of entangled states in an ensemble of pairwise coupled two-level systems, such as an ensemble of coupled quantum dots. We show by quantitative analysis using realistic parameters for semiconductor quantum dots that this method is feasible where other approac ...
... adiabatic rapid passage, for the creation of entangled states in an ensemble of pairwise coupled two-level systems, such as an ensemble of coupled quantum dots. We show by quantitative analysis using realistic parameters for semiconductor quantum dots that this method is feasible where other approac ...
