Cosmology ... The creation of MASS.

WHERE MASS COMES FROM ?
THE HIGGS QUESTION.

The main problem in Cosmology is: where does MASS comes from, at the most fundamental level? To find that answer physicists try to find via large accelerators the Higgs boson which should be a spin-zero particle with nonzero mass.

The central point of our approach is that MASS is created by a very special non-ecludian manifold. We call that manifold: a pelastration. By movements of a space - which has an infinite elastic membrane - parts of that space can be doubled, ... that way creating a new dimension (or layer) of the same space. It's at first sight a paradox, but it is in fact adding a kind of 'isolated' part. The incident manifold location acts like a type of pressure valve, a wormhole. A new double layered tube is created with other internal conditions (tension, space curvature, horizon, density, ....), and general and specific local movements create friction between the layers ... creating resonance.

pelastration, creation of mass, string theory,creation of dimensions

Different combinations of these manifolds and combinations with other types of connections create the basic particles of our Universe, thus: leptons, quarks and mediators (bosons).


	The combinations of these basic particles create the more dense levels of matter as we know them. Each time a connection is made with another tube the qualities or appearance changes. Since the original space (Void) is surrounded by an unbreakable infinite elastic membrane each particle is in fact connected with each other through the membrane which can be a gravitation membrane. [You can compare this with the blood-vessel system in our body: there is only one wand (blood cells can flow anywhere inside)]. The small tubes have internal shifting layer movements which provoke specific vibrations in the total microtube, that way creating resonance with other similar microtubes in the neighborhood or through the common membrane. Such interactions create the weak, electromagnetic and strong forces. A microtube can be called a quantum package, a wave, a particle, a string depending from the observers point of view ... but the tube concept adds the common membrane which acts as the graviton field, and with only one 'tube' everything can be explained.

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