ehsan bashiri - Articles

Introducing the Black Hole-like Formation Phenomenon by Assuming an Imaginary 4-dimensional Spacetime for Universe Structure

The final purpose of this paper is to present a new theory for black hole formation by means of a primary assumption of an imaginary 4-dimensional spacetime. This paper will use some key words several times: Pharoses, Seeing and not seeing objects, Distinct structures, Real spacetime , Imaginary spacetime , Black hole-like and Electrons, which play a significant role to conceptualize assumptions. At the beginning, the reader might suspect that the assumptions are infinitely far away from realit Read

By: ehsan bashiri | 07/11/2007 | Science

Modeling of the Universe Formed of Two Distinct Spacetime Structures and Formation of Black Hole for Electron

Nowadays Topology, Geometry, Relativity, Quantum and integrating them in the form of new issues could attain us to define the higher dimensional spaces and equations of state for matter. We can see this result in topological quantum field theory. Although these definitions applied are not evident a lot, but we can use them to transpose different spaces by means of manifolds and cobordisms. This paper is also based on the transpositions of single-spaces, that is two distinct space time by different structures and almost similar properties will be integrated by introducing a single-boundary line. All of relations and laws applied in two worlds have equal magnitude and the only process remained is that to study fundamental particles which all of universe have been made. Defining transformation functions or parameters which relate space time dimensions in two worlds, we can get the distance and time elapsed between two infinitely nearby points, such that the gravitational effects are negligible, and obtaining the equations we will conclude that there is a discontinuity in recent structure at which defines the Schwarzchild radius for electron. At the end we saw this amount is really that of Compton wavelength of electron and therefore we could define the Planck's length and Planck's mass for electron. Read

By: ehsan bashiri | 08/10/2007 | Education