35 citations · 51 across the 6 of their papers we have counts for
6 papers
Higher dimensional cosmological model with a phantom field
S. T. Hong, J. Lee, T. H. Lee +1
We consider a higher dimensional gravity theory with a negative kinetic energy scalar field and a cosmological constant. We find that the theory admits an exact cosmological soluti…
Neutrino Clustering in the Galaxy with a Global Monopole
T. H. Lee, B. H. J. McKellar
In spherically symmetric, static spacetime, we show that only j=1/2 fermions can satisfy both Einstein's field equation and Dirac's equation. It is also shown that neutrinos are ab…
Neutrino self-energy and dispersion in a medium with magnetic field
A. Erdas, C. W. Kim, T. H. Lee
We calculate the one-loop thermal self-energy of a neutrino in a constant and homogeneous magnetic field to all orders in the magnetic field strength using Schwinger's proper time…
Magnetic properties of neutrinos in high temperature SU(2)XU(1) gauge theory
A. Erdas, C. W. Kim, T. H. Lee
We calculate the finite temperature self-energy for neutrinos in the presence of a constant magnetic field in a medium in the unbroken model. We obtain the exa…
A scale-dependent cosmology for the inhomogeneous Universe
C. W. Kim, T. H. Lee, J. Song
A scale-dependent cosmology is proposed in which the Robertson-Walker metric and the Einstein equation are modified in such a way that , and the age of the Universe all…
Modifications of the Hubble Law in a Scale-Dependent Cosmology
C. W. Kim, T. H. Lee, J. Song
We study some observational consequences of a recently proposed scale--dependent cosmological model for an inhomogeneous Universe. In this model the Universe is pictured as being i…