Stochastic telegrapher's approach for solving the random Boltzmann ...

The 1D random Boltzmann-Lorentz equation has been connected with a set of stochastic hyperbolic equations. Therefore, the study of the ...

The 1D random Boltzmann-Lorentz equation has been connected with a set of stochastic hyperbolic equations. Therefore, the study of the Boltzmann-Lorentz gas ...

s approach for solving the random Boltzmann-Lorentz gas

In addition, fluctuations of the space probability distribution have been studied, showing that the mean value of a stochastic telegrapher's ...

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Journal of Electromagnetic Analysis and Applications

Journals Menu ; [2], Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas. Physical Review E, 2022. DOI:10.1103/PhysRevE.105.044131 ; [3] ...

New techniques to solve the 1-dimensional random flight

We present here two new techniques to solve the one-dimensional random flight. The first one is an expansion in the number of collisions.

Manuel CÁCERES | Prof. Dr. in Physics | Research profile

Therefore, the study of the Boltzmann-Lorentz gas with disordered scattering centers has been transformed into the analysis of a set of stochastic telegrapher's ...

A STOCHASTIC MODEL RELATED TO THE TELEGRAPHER'S ...

We will consider a very simple stochastic model, a random walk. ... solving the equation. Iťs sort of cheap to simply verify something by brute force. It ...

Probability distributions for the run-and-tumble models with variable ...

Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas. Manuel O. Cáceres, Marco Nizama. https://doi.org/10.1103/PhysRevE.105.044131.

Fractional Telegrapher's Equation under Resetting - MDPI

We consider two different time fractional telegrapher's equations under stochastic resetting. Using the integral decomposition method, ...

New techniques to solve the 1-dimensional random flight - OUCI

New techniques to solve the 1-dimensional random flight ... Cáceres, Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas, Phys.

Non-equilibrium Statistical Physics with Application to Disordered ...

Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas. M. O. CáceresM. Nizama. Physics. Physical Review E. 2022. The 1D ...

Fisher and Shannon Functionals for Hyperbolic Diffusion - MDPI

... random initial conditions in the telegrapher's equation and to model ... Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas.

Fisher and Shannon Functionals for Hyperbolic Diffusion - OUCI

Nizama, Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas, Phys. ... Kac, A Stochastic model related to the telegraphers equation, ...

A Stochastic Galerkin Method for the Boltzmann Equa- tion with Multi ...

Moreover, a Karhunen-Loeve expansion of a random field will result in a multi-dimensional random space. Various numerical methods have been developed to solve ...

Manuel Caceres - Academia.edu

Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas. Physical Review E. BookmarkDownloadEdit. Research paper thumbnail of Erratum ...

Using Simple SDEs (Stochastic Differential Equations) to Solve ...

explored) is that random walk methods do worse than conventional methods on ... can be converted into a solution to the telegrapher's equation by ...

Monte Carlo Methods: CIS 5930/MAD 5932 - Computer Science, FSU

This paper gives the derivation of a stochastic process which leads to the telegrapher's equation. The paper starts with the wave equation, and adds a ...

Prof. Dr. Manuel Osvaldo Caceres | Author - SciProfiles

Stochastic telegrapher's approach for solving the random Boltzmann-Lorentz gas. Request PDF. Restricted access. Physical Review E. Profile Image. Manuel O ...

Introduction | SpringerLink

In this book, we systematically present the random walk method and relevant accelerating approaches for solving the telegrapher's equation (a ...