The Significance of Exercise Tests as Provocative or Diagnostic Interventions for Arrhythmias

Covariant extrinsic gravity and the geometric origin of dark energy

“…The width of the brane l, can be taken as a fundamental length related to the minimum size of the confined standard model interactions, where in the present cosmological settings, should be taken as localized baryonic matter (nucleons). In the strong interactions physics, it is widely believed that coupling to the lowest mass mesons determines the localization size of hadrons to be 1/m meson in the manner first described by Yokawa [10]. Further evidence in support of the idea that all hadrons, e.g.…”

“…Also as we know, for confined standard model matter fields we have "hadron barrier" which could be encountered. Such barrier could arise because all hadrons couple via the strong interaction to low mass mesons [10]. Hence the minimum size of any physical system containing nucleons cannot be appreciably less than the range of the strong interactions [11].…”

Why the measured cosmological constant is small

“…Therefore, according to the quantum mechanics the thickness of brane is proportional with the Compton wavelength of trapped baryonic matter (since most of the mass of ordinary matter comes from the protons and neutrons inside atomic nuclei, and protons and neutrons are classified by particle physicists as baryons) which can be thought of as a fundamental limitation on measuring the position of a particles. In the strong interactions physics, it is sometimes assumed that coupling to the lowest mass mesons determines the localization size of hadrons to be 1/m meson in the manner first described by Yukawa [29]. On the other hand, as we know, all hadrons couple via the strong interaction to low mass mesons.…”