Talk:TFNR - 9.11 Matter

Matter consists of sets / networks of vortex Structures of Information in interaction, characterized by mass, motion, charge, spin. Dark matter consists of extended non-particle vortex structures with low mass density (halos, bubbles), which can host within them both dark matter structures with higher density and ordinary matter. Ordinary matter is made up of localized particle vortex structures with high mass density (elementary and composite particles).

Matter and energy are the main research objects of modern science. Matter particles are intended as and st for their characteristics and interactions. Dynamics From many particles to many fields this doesn’t really help us to reach a unity level in physics. Particles are seen as sources of fields, then as exited states of fields that interact. But these new and different interpretations don’t help us to describe and comprehend the true nature of matter in the terms of the fundamental dimensions of Reality: cause (force), space and time. The evolutionary physics approach to the description of matter… As stated above, the many fields that we observe are different perspectives of the fundamental Field So, in the physical interaction that describe matter, we can see many derived fields: gravitational, electrical, magnetic, the fields associated with the nuclear weak force, and those with the nuclear strong force, the hypothesized Higgs field, etc. Estese strutture di Informazione (vortici) nel Campo dell'Azione Elementare, campo spazio-tempo, caratterizzate da bassi valori di Azione Elementare, o in altri termini bassa densità di massa, che riempiono l'intero infinito spazio dell'Universo in evoluzione. L'insieme di queste strutture costituisce la rete cosmica della materia oscura, sulle cui maglie si forma e si raccoglie la materia ordinaria che osserviamo nel cosmo (dark matter cosmic web).