[PDF] Top 20 Measuring a Quantum System’s Classical Information
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Measuring a Quantum System’s Classical Information
... t = N t . In this case, the probability of p t ( ) is equal to p ( ) d t raised to the Nth power. I next use the weak law of large numbers through the asymptotic equiparti- tion property (AEP) to focus on the most likely ... See full document
9
Molecular Dynamics Simulations of the DNA CNT Interaction Process: Hybrid Quantum Chemistry Potential and Classical Trajectory Approach
... The methods of computer molecular simulation (conven- tional MD, hybrid MD or MC (Monte Carlo)), which were first proposed more than 50 years ago, have been rapidly developing in the last 5 - 10 years with the inven- ... See full document
8
Information length in quantum system
... of information in ...the information propagates at the same speed [7] ...in information between initial and final times, 0 and t respectively, is then defined by measuring the total elapsed ... See full document
13
The quantum percolation model of the scaling theory of the quantum Hall effect: a unifying model for plateau-to-plateau transitions
... universal quantum criticality in 2DESs, by considering the effects of quantum tunnelling and interference ...to quantum tunnel between neighbouring clusters as shown in Figure ...1. Quantum ... See full document
8
Article Why the Tsirelson Bound? Bub’s Question and Fuchs’ Desideratum
... the quantum?” via quantum information theory according to Bub, one must explain both why the world is quantum rather than classical and why the world is quantum rather than ... See full document
17
Entanglement Monotones and Measures: An Overview
... as quantum correlations between multiple quantum ...does quantum correlation look like and what is different from classical correlation? The discussion on 'quantum' and ... See full document
14
Event-Based Quantum Mechanics: A Context for the Emergence of Classical Information
... the quantum computing, raised by some authors [20,21]; our reference context will be the one described in the previous ...implementable quantum computing ... See full document
19
LOGICAL ENTROPY: INTRODUCTION TO CLASSICAL AND QUANTUM LOGICAL INFORMATION THEORY
... Logical information theory explains this situation since all the Shannon definitions of simple, joint, conditional, and mutual information can be obtained by a uniform requantifying transformation from the ... See full document
24
RETRACTED: Local Discrimination of Quantum Measurement without Assistance of Classical Information
... of quantum measurements can be com- pleted without help of classical ...local quantum measurement discrimination (LQMD) by using selective projective measurement with numerous seven-qubit ... See full document
10
Abstract cluster expansion with applications to statistical mechanical systems
... All abstract 共i.e., general兲 approaches involve restrictions that correspond to repulsive inter- actions. Yet the old results for classical and quantum systems only assume stable interactions, that may ... See full document
18
Information and Conditional Probability to Go beyond Hidden Variables
... a quantum expected value under an assumption about the existence of the Bloch sphere in N spin-1/2 ...the information space and the continuity equation to show how quantum mechanics is consequence of ... See full document
12
A master equation for a two-sided optical cavity.
... Quantum optical systems, like trapped ions, are routinely described by master equations. The purpose of this paper is to introduce a master equation for two-sided optical cavities with spontaneous photon emission. ... See full document
10
Distributing entanglement with separable states
... the classical information about the modulation on the initial modes A and C from David is he able to recover the entanglement between A 0 and B 0 ...by classical information in quantum ... See full document
5
The Riemann Hypothesis and Emergent Phase Space
... open quantum systems may be relevant to the workings of biological systems intricately coupled to their environment is ...of quantum unitary evolution and classical phase space, and a conjecture is ... See full document
25
Schrodinger Langevin Equation and Ion Transport atNano Scale
... dynamical system. Here, the time evo- lution of such a closed system is represented by a one-parameter unitary group in Hilbert ...closed system is related with the infinitesimal generator of the ... See full document
5
The Cosmological Constant Problem and Quantum Spacetime Reference Frame
... absolute, classical, and external. This fundamentally classical notion of reference frame has been using in almost all area of physics including today’s textbook quantum physics, although ... See full document
15
Generic emergence of classical features in quantum Darwinism
... so-called quantum-classical (QC) boundary and of the related measurement problem dominated large part of the discussions of the early days of quantum ...of quantum mechanics often revolved ... See full document
8
Quantum-Secure Message Authentication Codes
... first quantum secure MAC systems. We begin with a definition of quantum secure MACs and give an example of a MAC system that is secure against quantum adversaries capable of classical ... See full document
27
Information Geometry in Classical and Quantum Systems
... Since L( t ) represents the accumulated change in information (due to the change in PDF) at time t, L( t ) approaches a constant value L ∞ when a PDF settles into its final equilibrium PDF. The latter is a unique ... See full document
13
Information gap for classical and quantum communication in a Schwarzschild spacetime
... compare classical and quantum communication in the setting of two physical encoding methods using bosonic ...The classical case is where Alice creates two correlated bits and transfers one to ...the ... See full document
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