30 citations · 61 across the 9 of their papers we have counts for
9 papers
An algorithm for constructing and classifying the space of small integer weighing matrices
Radel Ben-Av, Giora Dula, Assaf Goldberger +1
In this paper we describe an algorithm for generating all the possible - integer Weighing matrices of weight up to Hadamard equivalence. Our method is…
Quantum Chinese Magic Box
Radel Ben-Av
This work introduces a new concept of Chinese-Magic-Box. The general idea is to have a box such that the sender can store information in multiple drawers. The receiver is free to o…
Analysis of Quantum Particle Automata for Solving the Density Classification Problem
Tina Yu, Radel Ben-Av
To advance our understanding of Quantum Cellular Automata in problem solving through parallel and distributed computing, this research quantized the density classification problem…
Evolutionarily Stable Sets in Quantum Penny Flip Games
Tina Yu, Radel Ben-Av
In game theory, an Evolutionarily Stable Set (ES set) is a set of Nash Equilibrium (NE) strategies that give the same payoffs. Similar to an Evolutionarily Stable Strategy (ES stra…
Z-States Algebra for a Tunable Multi-Party Entanglement-Distillation Protocol
Iaakov Exman, Radel Ben-Av
W-States have achieved the status of the standard fully symmetric entangled states, for many entanglement application purposes. Z-States are a generalization of W-States that displ…
Optimized Multi-Party Quantum Clock Synchronization
Radel Ben-Av, Iaakov Exman
A multi-party protocol for distributed quantum clock synchronization has been claimed to provide universal limits on the clock accuracy, viz. that accuracy monotonically decreases…
Emergence of firms in -dimensional work space
G. Weisbuch, D. Stauffer, D. Mangalagiu +2
Standard micro-economics concentrate on the description of markets but is seldom interested in production. Several economists discussed the concept of a firm, as opposed to an open…
Measuring the Decorrelation Times of Fourier Modes in Simulations
R. Ben-Av, G. Bhanot
We describe a method to study the rate at which modes decorrelate in numerical simulations. We study the XY model updated with the Metropolis and Wolff dynamics respectively and co…
Noncomputability Arising In Dynamical Triangulation Model Of Four-Dimensional Quantum Gravity
A. Nabutovsky, R. Ben-Av
Computations in Dynamical Triangulation Models of Four-Dimensional Quantum Gravity involve weighted averaging over sets of all distinct triangulations of compact four-dimensional m…