Physics – Nuclear Physics
Scientific paper
Apr 2003
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2003aps..apr.d1010p&link_type=abstract
American Physical Society, April Meeting, 2003, April 5-8, 2003 Philadelphia, Pennsylvania, MEETING ID: APR03, abstract #D1.010
Physics
Nuclear Physics
Scientific paper
About 500 papers were presented at the APS Nuclear Physics conference at Michigan State Univ. in Oct. of 2002. The most recent high-energy research was discussed, much of which centered on the results of p + p, Au + Au, and included ion to fixed-target collisions. Papers included related research on nuclear mass defect demonstrated by common electron capture events, 7Be + -e -> 7Li + v, neutron decay, n -> p + -e + -v and other nuclear events. Of particular importance is the fact that every nucleus contains nucleons that differ in mass from element to element. Nuclear magnetic moment (b-NMR), quadrupole moment and charge transformation were discussed. One scientist stated that, to remain useful, the Standard Model (SM) scheme requires no less than 89 fundamental particles. When experiment and prediction do not agree, such models are subjected to continuous modification. It was not surprising that a large number of speakers concluded with a call for a new nuclear model. As an alternative to a fractionally charged system, we propose an elegant Geatron Model consisting of whole fundamental charges. It is an effective model and unified theory for the nuclear strong and weak interactions and other nuclear occurrences. This system comprises just 3 distinct fundamental particles rather than the 89 relied upon by current models. It predicts the existence of 38 rudimentary particles that are the first possible arrangements of the 3 fundamental units. The model makes numerous verifiable predictions, identifies the exact point of origin of the known forces and describes the processes related to the formation of matter. Potential scientific, industrial and commercial applications that emerge from this flexible model may be substantial.
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