100
Years of Einstein’s General Relativity
The world celebrates 100 years of
General Relativity (GR) -- established scientific breakthrough known as
working theory of Gravity Physics, Cosmology and even new Technology. Through
all the 100 years its recognition by the scientific community has grown with
acceleration.
We would like to underline yet
another interesting but less widely mentioned aspect of GR as a possible
paradigm for new fundamental physics, e.g. Brian.
Greene, The Elegant Universe, New York. Consider a relation to likely needed basically new flavor
physics of the Standard Model particles.
The starting two qualitative physical backgrounds of Einstein’s GR are 1) wonderfully coinciding quantitative values of universal gravitating and inertial particle masses, and 2) relation of universal gravity force to universal geometry of space.
In accord, two starting backgrounds of new flavor physics are 1) wonderfully coinciding values ‘three’ of particle flavors and dimensions of the external euclidean 3-space, and 2) relation of universal SM flavor hierarchy patterns to universal geometry of the euclidean 3-space.
Those premises are indicated particularly by conformable bimaximal solutions of the a) universal ‘Pythagorean’ equation for SM mass and mixing hierarchies at leading approximation without external parameters, and b) universal ‘metric’ equation for direction angles of a vector in euclidean 3-space in presentation without external parameters, arXiv:1212.1417. These premises are semi-empirical ideas. A working geometric theory of flavor, that may be close to the GR ideal, is certainly needed.
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