TENSOR PHYSICS, is probably the most powerful tool in the field of physics to explain all the phenomena of physicalevents.
It appeared when a DISCONTINUED SPACE was proposed. Discontinuity as a characteristic allowed to quantify the phenomena occurring in it and to make their analysis easier.
In order to make it possible, we considered a Space formed by Tensors,which are Tubes with a minimum diameter with torsion, arranged over the three Dimensional Axes.
This theory has such a high capacity that it allows, for example, to configure the interior of Particles.
So far it was simply impossible to imagine that Particles could have an interior, because it was denied that such possibility could exist.
This field of Physics also allows explaining Gravitation and it does from the comprehension of nuclear Bindings.
For such purpose, first it studies the forces involved in such Bindings and as a result it shows that there exist several types of Nuclear Bindings.
Unfortunately so far Gravitation has been discussed very slightly and in this appraisal I include many of the most important physicists that humanity has and had. We cannot and should not theorize about a phenomenon without knowing why it occurs. And on this point,I cannot fail to mention mathematicians.
Mathematicsbuilds the support of scientific ideas. But mathematicians are always forced to understand that they have a limit, and such limit is reality.
Physics traces a path, and Mathematics builds it. Very often when you go out of the reality limit, it turns to havethe certainty of the abstractionof a work of art but mathematical developments are inconsistent when they scape from the physics reality.

Norberto Waisgold