Metasurfaces and Optimal transport

04/12/2021
by   Cristian E. Gutiérrez, et al.
0

This paper provides a theoretical and numerical approach to show existence, uniqueness, and the numerical determination of metalenses refracting radiation with energy patterns. The theoretical part uses ideas from optimal transport and for the numerical solution we study and implement a damped Newton algorithm to solve the semi discrete problem. A detailed analysis is carried out to solve the near field one source refraction problem and extensions to the far field are also mentioned.

READ FULL TEXT
research
03/02/2020

Optimal transport: discretization and algorithms

This chapter describes techniques for the numerical resolution of optima...
research
01/20/2021

A Damped Newton Algorithm for Generated Jacobian Equations

Generated Jacobian Equations have been introduced by Trudinger [Disc. co...
research
08/30/2019

A Newton algorithm for semi-discrete optimal transport with storage fees and quantitative convergence of cells

In this paper we will continue analysis of the semi-discrete optimal tra...
research
07/08/2020

Computational Semi-Discrete Optimal Transport with General Storage Fees

We propose and analyze a modified damped Newton algorithm to solve the s...
research
10/17/2021

Accurate Baryon Acoustic Oscillations reconstruction via semi-discrete optimal transport

Optimal transport theory has recently reemerged as a vastly resourceful ...
research
09/17/2019

Distributed Function Minimization in Apache Spark

We report on an open-source implementation for distributed function mini...
research
03/09/2019

Stochastic Incremental Algorithms for Optimal Transport with SON Regularizer

We introduce a new regularizer for optimal transport (OT) which is tailo...

Please sign up or login with your details

Forgot password? Click here to reset