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by Stephen Blaha (Author)
The Cosmic Panorama derives the form of the Cosmos in a series of stages from the ProtoCosmos through the HyperCosmos to the Unified SuperStandard Theory (UST). As it proceeds it shows significant experimental support for all stages giving it an unsuspected reality that explains previously inexplicable features down to The Standard Model level. It explains the division of symmetries into SU(3) and ElectroWeak in the Standard Model as well as the form of the fundamental fermion spectrum. It explains the Dichotomy between the Higgs Mechanism and Strong Interaction Confinement as a manifestation of the two time coordinates of the HyperCosmos unification space and F-Theory. The separation of internal symmetries in the UST is shown to be a structural feature of HyperCosmos spaces - an intimate connection between HyperCosmos structure and symmetries. The result is a new view of the origin of the separation of symmetries as mostly structural - not due to symmetry breakdown. Only the ElectroWeak-like symmetries enjoy a Higgs breakdown.
Other noteworthy features include: an improved UniDimension ProtoCosmos, a Tower ProtoCosmos extension, a Regge Trajectory Resonances form for HyperCosmos spaces, a new form of ProtoCosmos wave functions, an improved unification in 12 dimensions for our universe with F-Theory (a SuperString theory), the introduction of the Higgs-Confinement Dichotomy that shows the Higgs Mechanism and the Strong Interaction Confinement Interaction to emanate from the two time coordinates of su(1,1) and 12 dimension space, and a new specification of the Riemann-Christoffel curvature tensor for UST including a higher derivative SU(3) interaction giving quark confinement and a related formulation of higher derivative Gravity with predictions similar to MOND.
Explores all known features of the HyperCosmos and the Unified SuperStandard Theory.
