NEW DEVELOPMENTS IN THE TUNNELING AND TIME ANALYSIS OF LOW-ENERGY NUCLEAR PROCESSES
Abstract
The new applications of the three-dimensional tunnelling and time analysis to low-energy nuclear processes are presented. The three-dimensional tunnelling is strictly quantum-mechanical and considers the internal multiple reflections. The time analysis of the nucleon-nucleons scattering near a resonance, distorted by the non-resonant background, does show the solution in the L-system of the paradox of the delay-advance in the C-system.
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