Acceleration of low energy nuclear reactions by formation of correlated states of interacting particles in dynamical systems

- Essential acceleration of low energy nuclear reactions through correlated states of interacting particles is considered.
- A giant increase of barrier penetrability under critical conditions (low energy, high barrier) is provided.
- The increased barrier penetrability in c. states is related to the general uncertainty relation by Robertson-Schrödinger.
- A very sharp growth (up to a factor of 1030-10100 and more!) of Coulomb barrier penetrability is possible.