... "experiments where the intense generation of alpha particles with an energy of about 8.6 MeV was observed at the interaction of 400–600-eV slow protons with a thin lithium foil or lithium vapors, have been analyzed. It has been shown that the high efficiency of these reactions at such a low energy cannot be explained within standard models of accelerator nuclear fusion."
... "the formation and use of correlated coherent states at the time-dependent interaction of low-energy protons with crystals or individual lithium molecules has shown that these self-similar processes provide conditions for efficient nuclear fusion, which are impossible in “standard” accelerator fusion at high energies.We emphasize that this method in application to a particular experiment ensures not only qualitative justification of a large probability of the fusion reaction at a low kinetic energy of moving protons, but also very good quantitative coincidence of the calculations of the optimal energy of the particle with experimental data and with resonance of the reaction at an energy of about 500 eV.
These results have indicated that many paradoxes of nuclear physics appearing at the interaction of low energy particles can be successfully resolved without any fundamental hypotheses."