Dr. JOSÉ EDGAR MADRIZ AGUILAR
Resumen curricular:
El Dr. Edgar es profesor del CUCEI de la Universidad de Guadalajara. Es Licenciado en Ciencias Físico Matemáticas, Maestría en Ciencias en el área de Física y Doctor en Ciencias en el Área de Física, tiene un postdoctorado en la Universidade Federal da Paraíba en João Pessoa Brasil, otro en la Facultad de Ciencias Exactas y Naturales de la Universidad Nacional de Mar del Plat Argentina y otro en el Física de la Universidad de Guanajuato. Es SNI nivel 2 y cuenta con 50 artículos de investigación. Sus líneas de investigación incluyen Gravitación y Cosmología, Geometría Diferencial, Teorías de Gravitación en dimensiones extra, Modelos de Inflación estocástica del universo temprano, Teoría Cuántica de Campos en espacios-tiempo curvos.
Perfil de Investigador SNII:
Perfil PRODEP:
Bases de datos bibliográficas:
Publicaciones del académico:
- Non-perturbative gauge invariant scalar fluctuations of the metric in Higgs inflation from complex geometrical scalar–tensor theory of gravity
- Extending Λ ( t ) - CDM to the inflationary epoch using dynamical foliations and a pre-inflationary vacuum energy from 5D geometrical vacuum as a unifying …
- Extending $$\Lambda (t)-$$CDM to the inflationary epoch using dynamical foliations and a pre-inflationary vacuum energy from 5D geometrical vacuum as a unifying mechanism
- Extending Λ (t) - CDM to the inflationary epoch using dynamical foliations and a pre-inflationary vacuum energy from 5D geometrical vacuum as a unifying mechanism
- Scalar field unification of interacting viscous dark fluid from a geometrical scalar–tensor theory of gravity
- Extending CDM to the inflationary epoch using dynamical foliations and a pre-inflationary vacuum energy from 5D geometrical vacuum as a unifying mechanism
- Higgs inflation in complex geometrical scalar-tensor theory of gravity
- Aspects of (4 + 4)-Kaluza-Klein type theory
- Relativistic quantum geometry from a 5D geometrical vacuum: gravitational waves from preinflation
- Gravitoelectromagnetic inflation and seeds of cosmic magnetic fields from geometrical Weyl-invariant scalar–tensor theory of gravity
- Λ(t)CDM and the present accelerating expansion of the universe from 5D scalar vacuum
- Λ (t) CDM and the present accelerating expansion of the universe from 5D scalar vacuum
- Gauge invariant fluctuations of the metric during inflation from a new scalar-tensor Weyl-integrable gravity model
- Gravitational waves from a Weyl-Integrable manifold: A new formalism
- Gravitational waves and magnetic monopoles during inflation with Weitzenböck torsion
- New effective coupled F((4)R, φ) modified gravity from f((5)R) gravity in five dimensions
- (2+1)-dimensional gravity in Weyl integrable spacetime
- New effective coupled modified gravity from gravity in five dimensions
- New effective coupled [Formula omitted] modified gravity from [Formula omitted] gravity in five dimensions