Javascript must be enabled to continue!
Boundary rigidity for Randers metrics
View through CrossRef
If a non-reversible Finsler norm is the sum of a reversible Finsler norm and a closed 1-form, then one can uniquely recover the 1-form up to potential fields from the boundary distance data. We also show a boundary rigidity result for Randers metrics where the reversible Finsler norm is induced by a Riemannian metric which is boundary rigid. Our theorems generalize Riemannian boundary rigidity results to some non-reversible Finsler manifolds. We provide an application to seismology where the seismic wave propagates in a moving medium.
Title: Boundary rigidity for Randers metrics
Description:
If a non-reversible Finsler norm is the sum of a reversible Finsler norm and a closed 1-form, then one can uniquely recover the 1-form up to potential fields from the boundary distance data.
We also show a boundary rigidity result for Randers metrics where the reversible Finsler norm is induced by a Riemannian metric which is boundary rigid.
Our theorems generalize Riemannian boundary rigidity results to some non-reversible Finsler manifolds.
We provide an application to seismology where the seismic wave propagates in a moving medium.
Related Results
Stopping Transformed Growth with Cytoskeletal Proteins: Turning a Devil into an Angel
Stopping Transformed Growth with Cytoskeletal Proteins: Turning a Devil into an Angel
Summary
The major hallmark of cancer cells is uncontrollable growth on soft matrices (transformed growth), which indicates that they have lost the ability to proper...
(121) Validation of a Digital Rigidometer for the Evaluation of Erection Hardness During In-office Rigidity Assessment in Patients with Erectile Dysfunction
(121) Validation of a Digital Rigidometer for the Evaluation of Erection Hardness During In-office Rigidity Assessment in Patients with Erectile Dysfunction
Abstract
Introduction
The evaluation of erectile function should include the measurement of axial rigidity, since it is one of t...
THE SECURITY AND PRIVACY MEASURING SYSTEM FOR THE INTERNET OF THINGS DEVICES
THE SECURITY AND PRIVACY MEASURING SYSTEM FOR THE INTERNET OF THINGS DEVICES
The purpose of the article: elimination of the gap in existing need in the set of clear and objective security and privacy metrics for the IoT devices users and manufacturers and a...
An integrated approach to above- and below-ground ecological monitoring for nature-based solutions
An integrated approach to above- and below-ground ecological monitoring for nature-based solutions
1. As the development of nature-based solutions (NbS) increases globally, it is important to ensure that projects meet the objective of benefiting biodiversity, alongside tackling ...
Exploring Protein Cavities through Rigidity Analysis
Exploring Protein Cavities through Rigidity Analysis
The geometry of cavities in the surfaces of proteins facilitates a variety of biochemical functions. To better understand the biochemical nature of protein cavities, the shape, siz...
Non-Recommended Publishing Lists: Strategies for Detecting Deceitful Journals
Non-Recommended Publishing Lists: Strategies for Detecting Deceitful Journals
Abstract
The rapid growth of open access publishing (OAP) has significantly improved the accessibility and dissemination of scientific knowledge. However, this expansion has also c...
The isoperimetric problem in Randers plane
The isoperimetric problem in Randers plane
In 1947, Busemann observed that a Minkowski circle need not be a solution of the isoperimetric problem in a Minkowski plane. Li and Mo recently showed that the Euclidean circles ce...
Finslerian hypersurfaces and Randers change of Finsler metric
Finslerian hypersurfaces and Randers change of Finsler metric
In the present paper we have studied the Finslerian Hypersurface and Randers Change of Finsler metric. We have also proved that Randers change makes three types of hypersurfaces in...

