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The Cosmic-Ray Spectra: News on their Knees
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In a comprehensive model of Cosmic Rays (CRs) proposed a decade ago, the energies of the spectral "knees" of the various CR species were predicted to be proportional to mass, rather than charge. The model also predicts the knees to occur at an energy of two to four million times the particle's rest mass. Recent data allow one to verify this prediction, particularly for Fe and lighter-nuclei CRs. But the most stringent test involves the putative knee in the CR electron spectrum, since the mass ratio of electrons to protons (and nuclei) is so very different from their charge ratio(s). Very recent results on the spectra of positrons and electrons at the highest measured energies corroborate the existence of an electron knee, with the expected shape and at the predicted energy.
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Cited by 1 Pith paper
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A revamped understanding of Cosmic Rays and Gamma-Ray Bursts
The paper claims new GRB and cosmic-ray data validate the Cannonball Model, with knees and positrons explained by relativistic supernova ejecta, though several 'predictions' rely on fitted parameters.
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