We suggest a mechanism which leads to 3+1 space-time dimensions. The Universe assumed to have nine spatial dimensions is regarded as a special nonlinear oscillatory system -- a kind of Einstein solid. There are p-brane solutions which manifest as phase oscillations separating different phase states. The presence of interactions allows for bifurcations of higher dimensional spaces to lower dimensional ones in the form of brane junctions. We argue this is a natural way to select lower dimensions
Abstract: We present a non-compact 4 + 1 dimensional model with a local strong four-fermion interact...
Abstract: We present a non-compact 4 + 1 dimensional model with a local strong four-fermion interact...
Steven Abel and John March-Russell discuss whether three dimensions exist in the universe and how th...
AbstractCollisions and subsequent decays of higher dimensional branes leave behind three-dimensional...
Brane theory or M-theory requires seven additional dimensions beyond the four of standard space-time...
Brane theory or M-theory requires seven additional dimensions beyond the four of standard space-time...
Brane theory or M-theory requires seven additional dimensions beyond the four of standard space-time...
AbstractCollisions and subsequent decays of higher dimensional branes leave behind three-dimensional...
Recently, some authors proposed a new mechanism which gets rid of the big-bang singularity and shows...
introduced the study of the evolution of such models in a simple context we then go on to study a mo...
Many theories of particle physics rely on the existence of more than three spatial dimensions. In th...
The observable universe could be a 1+3-surface (the “brane”) embedded in a 1+3+d-dimensional spaceti...
We discussed a mechanism that allows the universe to start from lower dimension (d < 4) in its ve...
Recently, it has been proposed by Padmanabhan that the difference between the number of degrees of f...
In the last years, brane world scenarios have been studied extensively, but most of these studies h...
Abstract: We present a non-compact 4 + 1 dimensional model with a local strong four-fermion interact...
Abstract: We present a non-compact 4 + 1 dimensional model with a local strong four-fermion interact...
Steven Abel and John March-Russell discuss whether three dimensions exist in the universe and how th...
AbstractCollisions and subsequent decays of higher dimensional branes leave behind three-dimensional...
Brane theory or M-theory requires seven additional dimensions beyond the four of standard space-time...
Brane theory or M-theory requires seven additional dimensions beyond the four of standard space-time...
Brane theory or M-theory requires seven additional dimensions beyond the four of standard space-time...
AbstractCollisions and subsequent decays of higher dimensional branes leave behind three-dimensional...
Recently, some authors proposed a new mechanism which gets rid of the big-bang singularity and shows...
introduced the study of the evolution of such models in a simple context we then go on to study a mo...
Many theories of particle physics rely on the existence of more than three spatial dimensions. In th...
The observable universe could be a 1+3-surface (the “brane”) embedded in a 1+3+d-dimensional spaceti...
We discussed a mechanism that allows the universe to start from lower dimension (d < 4) in its ve...
Recently, it has been proposed by Padmanabhan that the difference between the number of degrees of f...
In the last years, brane world scenarios have been studied extensively, but most of these studies h...
Abstract: We present a non-compact 4 + 1 dimensional model with a local strong four-fermion interact...
Abstract: We present a non-compact 4 + 1 dimensional model with a local strong four-fermion interact...
Steven Abel and John March-Russell discuss whether three dimensions exist in the universe and how th...