In the last few years we have seen an explosion in the number of small-order dark pools,
leading to much talk about fragmentation. In fact this concern is misplaced: liquidity pools are …

The ab initio K matrix method described in the preceding paper (Part I) is applied to the Rydberg
electronic structure of calcium monofluoride. The spectroscopic quantum defects for the …

The interaction between electronic and rotational motions in the Rydberg states of calcium
monofluoride is investigated using multichannel quantum defect theory (MQDT). By …

Since the realization that the long-range forces between a Rydberg electron and an ionic core
are predominantly Coulombic, 1, 2 reaction matrix methods quantum defect theory2 have …

Results of ab initio R-matrix calculations [SN Altunata et al, J. Chem. Phys. 123, 084319 (2005)]
indicate the presence of a broad shape resonance in electron-Ca F+ scattering for the Σ…

Closed-form analytical expressions for one-and two-electron integrals between Cartesian
Gaussians over a finite spherical region of space are developed for use in ab initio molecular …

The reaction matrix of multichannel quantum defect theory, K, gives a complete picture of the
electronic structure and the electron - nuclear dynamics for a molecule. The reaction matrix …

The time dependent wave-packet dynamics of a non-penetrating Rydberg electron in a body-frame
coherent superposition state of CaF is investigated using an effective Hamiltonian …

The results of\textit {ab-initio} $\mathbf {R} $-matrix calculations display profound deviations
from Mulliken's rule in the continuum electronic structure of CaF. In the $1-D $ effective …

¼¼ stroboscopic ¼¼ regime in which the orbital angular momentum of the Rydberg electron
and the rotational angular momentum of the ion core are strongly coupled; and a weak …