All Stories

  1. Topological and AIM analyses beyond the Born–Oppenheimer paradigm: New opportunities
  2. Hidden aspects of the Structural theory of chemistry: MC-QTAIM analysis reveals “alchemical” transformation from a triatomic to a diatomic structure
  3. Where to place the positive muon in the Periodic Table?
  4. Deciphering the “chemical” nature of the exotic isotopes of hydrogen by the MC-QTAIM analysis: the positively charged muon and the muonic helium as new members of the periodic table
  5. The two-component quantum theory of atoms in molecules (TC-QTAIM): the unified theory of localization/delocalization of electrons, nuclei, and exotic elementary particles
  6. The two-component quantum theory of atoms in molecules (TC-QTAIM): tensor formulation and its implications
  7. Toward the multi-component quantum theory of atoms in molecules: a variational derivation
  8. The two-component quantum theory of atoms in molecules (TC-QTAIM): foundations
  9. Toward a regional quantum description of the positronic systems: Primary considerations
  10. Atoms in molecules: beyond Born–Oppenheimer paradigm
  11. The quantum theory of atoms in positronic molecules: A case study on diatomic species