Cerveny wrote:Empty (physical = real) space = aether. Empty (in the mathematical sense) can be only a set. Physical, real, "nothing" as well as physical "singularity" is, please, nonsense.
There clearly isn't "nothing", we wouldn't be here if there were. Is your dismissal of nothing contingent or absolute? Does your theory start from the point that there is something, so this is how it works, or does it explain why there is something rather than nothing.
Cerveny wrote:If the physical space is (elastically, locally) deformed, if there is some tension, then it is manifested as a physical field. If such space is somehow (discretely) disturbed, defected, then it is manifested as elementary particle, as a matter. Strong field, stress can cause structural damage, thus (in physical space) generation of elementary particles. Conversely, in the vicinity of each defect arises certain tension. The closer the defect is, the greater the tension ...
If I understand you correctly, that's pretty much what Einstein said about gravity, it is also the idea behind various forms of quantum field theory. In General Relativity, spacetime is compared to a rubber sheet; 'gravity' is caused by a weight on that sheet, which stretches it; as in your model, the closer to the weight, the greater the stretching. In quantum field theory, a particle is more like a pinch, a twist or even just a ripple in that sheet.
Cerveny wrote:A pure disorder can not arise alone in perfect structure (e.g. in empty physical space), there is a complementary disorder too. Simplest, but probably not the best, example is Shottky defects (vacation and interstitial element): (
https://www.nde-ed.org/EducationResourc ... efects.jpg).
I don't get the analogy. From the image it looks as if you think space/aether is 'atomised' or perhaps digitised to use Greylorn Ell's language. Is empty space 'grainy' in your model?
Cerveny wrote:It is difficult to imagine that the different types of defects cause the same types of stresses. So, for example antiparticles and particles gravitationally repel. Alternatively, antiparticles attract each other and they are inert to common particle.
Why don't common particles attach and inert (convert?) into antiparticles?
Cerveny wrote:Implications are obvious: Antimatter may be crowding somewhere else and or may be directly repelled by matter. Seems logical to me ...
To me it seems ad hoc. You won't persuade many people with 'may be'. You also need to do a bit of research on antimatter; among its known qualities is that it is just like ordinary matter, except with the opposite charge. Particles and their antiparticle actually attract, a fact which is routinely exploited in Positron Emission Tomography.
Cerveny wrote:Aether, the physical space, arises similarly as ice in water (by condensation) from a different (odd ordered, odd caused) phase, let us say from the "future" ...
If 'aether' is ice, what is the water?