Publisher’s Note: Resonant structure of low-energyH3+dissociative recombination [Phys. Rev. A83, 032711 (2011)]

Help!!! Theory for H3+recombination still needed

“…The latter resonances "are lying on and slightly below a rotational threshold supporting an infinite number of high-Rydberg states." [11] In general the theoretical results show many more sharp resonances than experiments. Some effect may be blurring the sharp resonances.…”

“…There still remain two apparent disagreements between the theory [2][3][4][5][6] and experiments [10][11][12]. Whether they are due to inadequacy of the theory or not remains to be seen.…”

“…In a joint paper of experimentalists and theorists, Petrignani et al [11] pointed out that the largest experimental resonance (A) at detuning energy of E d ∼ 6.5 meV(∼75 K) was not theoretically reproduced and the four theoretically expected resonances near 0.02. 0.03, 0.04, and 0.05 eV are not observed experimentally (Fig.…”

“…Nevertheless there still remain significant disagreements between theory and experiments [10][11][12]. In addition the recent experimental revelation of high internal temperature of H + 3 [10][11][12] suggests that the currently used value of k e [9] may still be off significantly.…”

“…In addition the recent experimental revelation of high internal temperature of H + 3 [10][11][12] suggests that the currently used value of k e [9] may still be off significantly. I discuss those problems in this paper.…”