Giesecke-Final-ternary-gates
... logic. They are useful to design oracles for multivalued algorithms such as Deutsch-Jozsa [26] and Grover. ...
... logic. They are useful to design oracles for multivalued algorithms such as Deutsch-Jozsa [26] and Grover. ...
Quantum Computing and Hidden Variables
... related ideas such as Bohmian mechanics and modal interpretations. Section II B addresses the most common objections to our approach: for example, that the implicit dependence on a fixed basis is unacceptable. In Section III, we introduce five possible axioms for hidden-variable theories. These are ...
... related ideas such as Bohmian mechanics and modal interpretations. Section II B addresses the most common objections to our approach: for example, that the implicit dependence on a fixed basis is unacceptable. In Section III, we introduce five possible axioms for hidden-variable theories. These are ...
Document
... Errors must arise in ways allowed by the laws of quantum mechanics. In the simplest description, two kinds of errors seem of natural concern: unitary errors (the Hamiltonian is not exactly what we thought it was), and decoherence (the system has an uncontrolled interaction with an external environme ...
... Errors must arise in ways allowed by the laws of quantum mechanics. In the simplest description, two kinds of errors seem of natural concern: unitary errors (the Hamiltonian is not exactly what we thought it was), and decoherence (the system has an uncontrolled interaction with an external environme ...
Introduction - the Max Planck Institute for the Physics of Complex
... Entanglement in CM systems The description of condensed matter (CM) phases using entanglement measures, borrowed from the field of quantum information (QI) theory, has led to an explosive growth of interdisciplinary work. However, there are only a few cases where entanglement concepts provide physic ...
... Entanglement in CM systems The description of condensed matter (CM) phases using entanglement measures, borrowed from the field of quantum information (QI) theory, has led to an explosive growth of interdisciplinary work. However, there are only a few cases where entanglement concepts provide physic ...
Long-term Planning by Short-term Prediction
... on the action (and also on the previous state), which in turn depends on the policy used to generate the action. This ties the data generation process to the policy learning process. • Because actions do not effect the environment in SL, the contribution of the choice of at to the performance of π ...
... on the action (and also on the previous state), which in turn depends on the policy used to generate the action. This ties the data generation process to the policy learning process. • Because actions do not effect the environment in SL, the contribution of the choice of at to the performance of π ...
Boson sampling for molecular vibronic spectra - CIQM
... information in ways that are not possible according to classical physics. At a glance, it appears evident that the set of operations characterizing a quantum computer is strictly larger than the operations possible in a classical hardware. This speculation is at the basis of quantum speedups that ha ...
... information in ways that are not possible according to classical physics. At a glance, it appears evident that the set of operations characterizing a quantum computer is strictly larger than the operations possible in a classical hardware. This speculation is at the basis of quantum speedups that ha ...
Fast Equivalence-checking for Quantum Circuits
... Quantum circuits often operate on quantum states that contain exponentially large superpositions, making quantum simulation, as well as circuit design and analysis on conventional computers very challenging. To this end, a layered software architecture for quantum computing design tools was outlined ...
... Quantum circuits often operate on quantum states that contain exponentially large superpositions, making quantum simulation, as well as circuit design and analysis on conventional computers very challenging. To this end, a layered software architecture for quantum computing design tools was outlined ...
Quantum Seeing in the Dark
... Simply put, without two indistinguishable paths, interference cannot occur. As the initial setup for their hypothetical measuring system, Elitzur and Vaidman start with an interferometer—a device consisting of two mirrors and two beam splitters. Light entering the interferometer hits a beam splitter ...
... Simply put, without two indistinguishable paths, interference cannot occur. As the initial setup for their hypothetical measuring system, Elitzur and Vaidman start with an interferometer—a device consisting of two mirrors and two beam splitters. Light entering the interferometer hits a beam splitter ...
Quantum Thermodynamics: A Dynamical Viewpoint
... single open quantum system [8,35,62,82]. The common assumption that thermodynamics applies solely to macroscopic systems is only true in classical mechanics. There are alternative approaches to the emergence of thermodynamic phenomena, for example, based on the complexity of the spectrum of large qu ...
... single open quantum system [8,35,62,82]. The common assumption that thermodynamics applies solely to macroscopic systems is only true in classical mechanics. There are alternative approaches to the emergence of thermodynamic phenomena, for example, based on the complexity of the spectrum of large qu ...
Non-equilibrium steady state of sparse systems OFFPRINT and D. Cohen D. Hurowitz
... eq. (3) through an EAR measurement. Then it is possible to explore the LRT to SLRT crossover of this absorption coefficient eqs. (11), (12). This crossover is reflected in having a wide range (many decades) over which the EAR varies as in fig. 3. It is important to realize that the unlimited increase o ...
... eq. (3) through an EAR measurement. Then it is possible to explore the LRT to SLRT crossover of this absorption coefficient eqs. (11), (12). This crossover is reflected in having a wide range (many decades) over which the EAR varies as in fig. 3. It is important to realize that the unlimited increase o ...
SECOND DRAFT FOR
... The energy quantization in the optical absorption of a QW was first reported by Dingle et al. in 1974 [6]. The photon absorption spectrum exhibits a staircase of discrete exciton resonances, whereas in the photon absorption of a bulk semiconductor only one exciton peak and the associated continuum i ...
... The energy quantization in the optical absorption of a QW was first reported by Dingle et al. in 1974 [6]. The photon absorption spectrum exhibits a staircase of discrete exciton resonances, whereas in the photon absorption of a bulk semiconductor only one exciton peak and the associated continuum i ...
Full-text PDF - American Mathematical Society
... There are many questions that are asked about such high frequency eigenmodes; we focus on the most basic one concerning their distribution. The density νφ := |φ(x, y)|2 dxdy is a probability measure on Ω which quantum mechanically is interpreted as the probability distribution associated with being ...
... There are many questions that are asked about such high frequency eigenmodes; we focus on the most basic one concerning their distribution. The density νφ := |φ(x, y)|2 dxdy is a probability measure on Ω which quantum mechanically is interpreted as the probability distribution associated with being ...
Braunstein
... to infinite-dimensional Hilbert space†). Simulation is not everything ... *Braunstein et al, J.Mod.Opt. 47, 267 (2000) ...
... to infinite-dimensional Hilbert space†). Simulation is not everything ... *Braunstein et al, J.Mod.Opt. 47, 267 (2000) ...
Measurement-based and Universal Blind Quantum Computation
... The consequences of the existence of such a procedure are far-reaching. Since entangling comes first, one can prepare the entire entangled state needed during the computation right at the start: one never has to do “on the fly” entanglements. Furthermore, the rewriting of a pattern to standard form ...
... The consequences of the existence of such a procedure are far-reaching. Since entangling comes first, one can prepare the entire entangled state needed during the computation right at the start: one never has to do “on the fly” entanglements. Furthermore, the rewriting of a pattern to standard form ...
