The van der Waals interactions in systems involving superheavy elements: the case of oganesson (Z = 118)

Abstract

This work presents a study involving dimers composed of He, Ne, Ar, Kr, Xe, Rn, and Og noble gases with the Oganesson, a super-heavy closed-shell element (Z=118). The He-Og, Ne-Og,...

211At on gold nanoparticles for targeted radionuclide therapy application

“…Interested readers may want to look at theoretical modeling developments in this area, including in superheavy elements (Z Z 104), to become more familiar with them. [137][138][139] Since this problem is not purely of nuclear physics, consideration of the interaction of radioactive materials and surface physics are lacking. Studies on the adsorption coverage on the AuNPs are few, as well as the issue of combining two vastly different energy regimes between the adsorption process (on the order of eV) and the decay process (on the order of MeV).…”

“…Interested readers may want to look at theoretical modeling developments in this area, including in superheavy elements ( Z ≥ 104), to become more familiar with them. 137–139…”

Generating and Grading 34 Optimised Norm-Conserving Vanderbilt Pseudopotentials for Actinides and Super Heavy Elements in the Pseudodojo

“…Let us mention some of these theoretical studies, to illustrate the interesting chemistry (and physics) that might be found with these SHEs. Indeed, the chemical behaviour of two SHEs has been found to differ from what was previously expected from them: copernicium, Cn (Z=112) [25][26][27][28][29][30] and oganesson, Og (Z=118) [31,28,[32][33][34][35].…”

“…In fact, Og(𝑍=118) appears to form charged hydrides, fluorides and diatomic molecules with itself under various environmental conditions, making this element attractive for its high reactivity relative to the other noble gases. [31,28,[32][33][34]36].…”