elas Posted March 18, 2008 Share Posted March 18, 2008 Hall Fractions and Particle Structure. The mass values (actual not the PDG average) for each quark and lepton experiment listed in the Particle Data Group 2006 tables are used to construct a logarithmic graph. The gap between each group and the mass value of the first particle in the higher mass group is used to find the Hall fraction. The theoretical and actual values are listed in the top left panel, and a graph of the actual and theoretical values is shown in the bottom right panel. This should be compared with the criticism of the Constant Linear Force model transferred to ‘Speculations’. It will then be seen that the gaps in table 1 are due to compaction as explained in the section on atomic structure. This ‘Hall Fraction’ interpretation is based wholly on experimental results. It presents a totally different interpretation to that given by the Standard model which is based purely on theme based mathematical prediction (see PDG note on quarks). The graph shows that the relationship between leptons and quarks is a question of compaction, leptons are compacted outside the nucleus; quarks are compacted inside the nucleus. The full table will be published in a pdf file. Link to comment Share on other sites More sharing options...
swansont Posted March 19, 2008 Share Posted March 19, 2008 Thread moved. The sorting of posts is quite simple: if you want to discuss Hall fractions (and perhaps we all learn something about them) then it can go in physics. If you want to talk about CLF or any alternate interpretation of the Standard model, it goes in speculations. Link to comment Share on other sites More sharing options...
elas Posted March 22, 2008 Author Share Posted March 22, 2008 Thread moved. The sorting of posts is quite simple: if you want to discuss Hall fractions (and perhaps we all learn something about them) then it can go in physics. If you want to talk about CLF or any alternate interpretation of the Standard model, it goes in speculations. Swansont The submission I wish to make can be viewed on: http://69.5.17.59/hfps.pdf I request a return to 'Classical Physics Forum' elas Link to comment Share on other sites More sharing options...
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