Foundations of Physics: 13.644-- : Collected Papers |
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amplitude arccos associated mass atomic space Average value azimuth basis basis-superstructure Bessel functions binumber binumerical field Bohr radius Bydgoszcz carbon characterized coefficient collateral complex numbers components considered constant corresponding cose Coulomb's law defined density described determines dialectical dimensionality discrete structure dt dt electric charge elementary particles equal expressed formula fundamental frequency fundamental wave g-particle geometry gravitational Haüy Haüy's interaction K-class kinetic Kreidik magnetic magnetic moment material-ideal exchange matter-space matter-space-time measures modulus momentum Moseley's law motion-rest nature neutron neutron molecules nodes nucleon nucleonic shells O₂ object oscillations paper parameters periodic table phase probability polar polar-azimuth potential potential-kinetic power of exchange presented probabilistic proton quantum mechanics represents scattering Shpenkov solutions spectra spectrum speed spherical structure of atoms subatomic level superstructure theory unit Universe vector velocity wave equation wave field wave function wave motion wave number wave radius Zeros ΔΡ