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This Concept Map, created with IHMC CmapTools, has information related to: How TGD differs from standard model.cmap, TGD color differs from QCD color: TGD color is orbital momentum like quantum number implying SUSY generated by right handed neutrino allowing conservation of both B and L, TGD color differs from QCD color: TGD color is orbital momentum like quantum number implying colored excitations of quarks (M_89 hadron physics) and of leptons (leptohadron physics) and scaled versions of both: might be important in biology, HOW TGD DIFFERS FROM STANDARD MODEL? 2. Electroweak symmet- ry breaking is coded by CP_2 geometry and unbroken symmetri- es correspond to iso- metries of M^×CP_2, HOW TGD DIFFERS FROM STANDARD MODEL? 1. Classical felds are geometrized (being induced): all of them are expressible in terms of CP_2 coordinates and their gradients, Classical felds are geometrized (being induced): all of them are expressible in terms of CP_2 coordinates and their gradients implying many-sheeted space-time and replacement of superposition of fields with set theo- retic union for spa- ce-time sheets so that effects of fields superpose instead of fields, Other differences are due to the various generaliza- tion of the concept- ual framework of quantum physics are due to p-adic physics, Other differences are due to the various generaliza- tion of the concept- ual framework of quantum physics are due to Hierarchy of Planck constants giving rise to dark matter hierarchy, HOW TGD DIFFERS FROM STANDARD MODEL? 3. Pointlike particles are replaced with partonic 2-surfa- ces, Classical felds are geometrized (being induced): all of them are expressible in terms of CP_2 coordinates and their gradients implying sub-manifold gravity with enormous reduction of gravitatio- nal and also other field degrees of freedom, Pointlike particles are replaced with partonic 2-surfa- ces implying replacement of particles with string like objects in Compton scale, sub-manifold gravity with enormous reduction of gravitatio- nal and also other field degrees of freedom having far reaching consequencies in cosmology: inflation is replaced with quantum with almost unique critical cosmo- logy, Pointlike particles are replaced with partonic 2-surfa- ces implying replacement of quantum fields with WCW spi- nor field, Other differences are due to the various generaliza- tion of the concept- ual framework of quantum physics are due to Notion of finite measu- rement reso- tion (hyper- finite factors of type II_1, Pointlike particles are replaced with partonic 2-surfa- ces implying replacement of Higgs mechanism with p-adic ther- modynamics, Classical felds are geometrized (being induced): all of them are expressible in terms of CP_2 coordinates and their gradients predicting monopole magnetic fluxes important both in particle physics and cosmology, HOW TGD DIFFERS FROM STANDARD MODEL? 4. Other differences are due to the various generaliza- tion of the concept- ual framework of quantum physics, Other differences are due to the various generaliza- tion of the concept- ual framework of quantum physics are due to Notion of finite measu- rement reso- tion (hyper- finite factors of type II_1, sub-manifold gravity with enormous reduction of gravitatio- nal and also other field degrees of freedom implying that the shape of space-time surface in H codes for physics, Electroweak symmet- ry breaking is coded by CP_2 geometry and unbroken symmetri- es correspond to iso- metries of M^×CP_2 implying that TGD color differs from QCD color: TGD color is orbital momentum like quantum number, Other differences are due to the various generaliza- tion of the concept- ual framework of quantum physics are due to Zero energy ontology imp- lying new view about informa- tion (NMP)
