Binding conditions for atomic N-electron systems in non-relativistic QED

Abstract

We examine the binding conditions for atoms in non-relativistic QED, and prove that removing one electron from an atom requires a positive energy. As an application, we establish the existence of a ground state for the Helium atom.

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Cited by in corpus (5)

• Exponential localization of hydrogen-like atoms in relativistic quantum electrodynamics
• On Asymptotic Expansions in Spin Boson Models
• Quantitative estimates on the enhanced binding for the Pauli-Fierz operator
• Non-analyticity of the groud state energy of the Hamiltonian for Hydrogen atom in non-relativistic QED
• Quantitative Estimates on the Binding Energy for Hydrogen in Non-Relativistic QED. II. The spin case