We consider the problem of embedding the spacetime in pseudo-Riemannian manifolds and its connection with the Campbell-Magaard theorem. We give a brief history of the evolution of the idea of extra dimensions in physics as well as account of the development of the embedding theory as a branch of mathematics motivated by physics. We show that Kaluza-Klein is not an embedding theory of spacetime. Finally, we show the approach of immersion for the induced matter theory and applied, using the theorem of Campbell- Magaard, the other solutions to the space-timeCoordenação de Aperfeiçoamento de Pessoal de Nível Superior - CAPESTratamos o problema da imersão do espaço-tempo em variedades pseudoriemannianas e sua relação com o teorema de Cam...
In this work, we introduce some of the mathematical foundations that are needed to develop the ance...
Using the Campbell-Magaard theorem we show that any analytic spacetime can be locally embedded into ...
Why are “analogue spacetimes ” interesting? For the purposes of this workshop the answer is simple: ...
We consider the problem of embedding the spacetime in pseudo-Riemannian manifolds and its connectio...
After the formulation of general relativity differential geometry has become an increasing important...
We extend Campbell-Magaard embedding theorem by proving that any n-dimensional semi-Riemannian manif...
According to the Campbell-Magaard theorem, any spacetime can be locally embedded into a five-dimensi...
We discuss how embeddings in connection with the Campbell-Magaard (CM) theorem can have a physical i...
We discuss Gödel's universe in the context of the induced-matter theory. We show that the problem of...
In this work we will explore the theory of Kaluza-Klein, that proposes to unify the electromagnetism...
A teoria de Kaluza-Klein não abeliana, proposta em 1963 para a unificação das interações fundamentai...
This paper intends to offer an introduction, as self-contained as possible, to the model of ma...
This thesis discusses the mathematical formalism to obtain solutions of topological defects in theo...
In this thesis we present several embedding problems related to modern theories about space-time. Fi...
This dissertation is divided into the following five chapters: CHAPTER 1. The definition of a flat s...
In this work, we introduce some of the mathematical foundations that are needed to develop the ance...
Using the Campbell-Magaard theorem we show that any analytic spacetime can be locally embedded into ...
Why are “analogue spacetimes ” interesting? For the purposes of this workshop the answer is simple: ...
We consider the problem of embedding the spacetime in pseudo-Riemannian manifolds and its connectio...
After the formulation of general relativity differential geometry has become an increasing important...
We extend Campbell-Magaard embedding theorem by proving that any n-dimensional semi-Riemannian manif...
According to the Campbell-Magaard theorem, any spacetime can be locally embedded into a five-dimensi...
We discuss how embeddings in connection with the Campbell-Magaard (CM) theorem can have a physical i...
We discuss Gödel's universe in the context of the induced-matter theory. We show that the problem of...
In this work we will explore the theory of Kaluza-Klein, that proposes to unify the electromagnetism...
A teoria de Kaluza-Klein não abeliana, proposta em 1963 para a unificação das interações fundamentai...
This paper intends to offer an introduction, as self-contained as possible, to the model of ma...
This thesis discusses the mathematical formalism to obtain solutions of topological defects in theo...
In this thesis we present several embedding problems related to modern theories about space-time. Fi...
This dissertation is divided into the following five chapters: CHAPTER 1. The definition of a flat s...
In this work, we introduce some of the mathematical foundations that are needed to develop the ance...
Using the Campbell-Magaard theorem we show that any analytic spacetime can be locally embedded into ...
Why are “analogue spacetimes ” interesting? For the purposes of this workshop the answer is simple: ...