Exact Condition for LENR: Transmission plots, E dependence

Co author of UFT228 (in prep.), Horst Eckart, demonstrates in this 3 – D graph the precise condition for low energy nuclear reaction through standard quantum tunnelling through a barrier of width 2a. He shows that when a approaches zero (very thin barrier), the transmission coefficient approaches 100% even when the energy of the incoming particle approaches zero. It quantum tunnels straight through a barrier represented by V sub 0 = 10. This is not possible in classical physics. Contemporary supercomputer code libraries may have programs that could compute this process for two real atoms fusing with each other, i.e. one of them quantum tunnels straight in to the other AT LOW ENERGY. This is of course the simplest first theory of quantum tunnelling, but it gives all the essentials of even the most sophisticated code. The final step for UFT228 is to incorporate relativistic effects.