We study, in some detail, the linear stability of closed timelike curves in the Godel universe. We show that these curves are stable. We present a simple extension (deformation) of the Godel metric that contains a class of closed timelike curves similar to the ones associated to the original metric. This extension correspond to the addition of matter whose energy-momentum tensor is analyzed. We find the conditions to have matter that satisfies the usual energy conditions. We study the stability of closed timelike curves in the presence of usual matter as well as in the presence of exotic matter (matter that does satisfy the above mentioned conditions). We find that the closed timelike curves in the Godel universe with or without the inclusi...
It is shown explicitly that when the characteristic vector field that defines a Gödel-type metric is...
We analyze the structure of supersymmetric Godel-like cosmological solutions of string theory. Just ...
Gödel universe, one of the most interesting exact solutions predicted by General Relativity, describ...
We study, in some detail, the linear stability of closed timelike curves in the Gödel universe. We s...
We study, in some detail, the linear stability of closed timelike curves in the Gödel universe. We s...
We study, in some detail, the linear stability of closed timelike curves in the Goedel metric. We sh...
Thesis (M.S.) California State University, Los Angeles, 2012Committee members: Milan Mijic, Ra...
Várias soluções das equações de Einstein admitem curvas tipo-tempo fechadas (CTCs). Estudamos o comp...
We analyze the structure of supersymmetric Godel-like cosmological solutions of string theory. Just ...
We analyze the structure of supersymmetric Godel-like cosmological solutions of string theory. Just ...
This work deals with the analysis of cylindrically symmetric and stationary space-times $\mathcal{C}...
it is shown explicitly that when the characteristic vector field that defines a Godel-type metric is...
A closed timelike curve (CTC) is a closed loop in spacetime whose tangent vector is everywhere timel...
The existence and stability under linear perturbations of closed timelike geodesics (CTG) in Bonnor–...
It has been shown elsewhere that in a classical spacetime with multiply connected space slices (worm...
It is shown explicitly that when the characteristic vector field that defines a Gödel-type metric is...
We analyze the structure of supersymmetric Godel-like cosmological solutions of string theory. Just ...
Gödel universe, one of the most interesting exact solutions predicted by General Relativity, describ...
We study, in some detail, the linear stability of closed timelike curves in the Gödel universe. We s...
We study, in some detail, the linear stability of closed timelike curves in the Gödel universe. We s...
We study, in some detail, the linear stability of closed timelike curves in the Goedel metric. We sh...
Thesis (M.S.) California State University, Los Angeles, 2012Committee members: Milan Mijic, Ra...
Várias soluções das equações de Einstein admitem curvas tipo-tempo fechadas (CTCs). Estudamos o comp...
We analyze the structure of supersymmetric Godel-like cosmological solutions of string theory. Just ...
We analyze the structure of supersymmetric Godel-like cosmological solutions of string theory. Just ...
This work deals with the analysis of cylindrically symmetric and stationary space-times $\mathcal{C}...
it is shown explicitly that when the characteristic vector field that defines a Godel-type metric is...
A closed timelike curve (CTC) is a closed loop in spacetime whose tangent vector is everywhere timel...
The existence and stability under linear perturbations of closed timelike geodesics (CTG) in Bonnor–...
It has been shown elsewhere that in a classical spacetime with multiply connected space slices (worm...
It is shown explicitly that when the characteristic vector field that defines a Gödel-type metric is...
We analyze the structure of supersymmetric Godel-like cosmological solutions of string theory. Just ...
Gödel universe, one of the most interesting exact solutions predicted by General Relativity, describ...