For any fixed nuclei at distinct positions with real charges at least one, total nuclear charge Z and M nuclei, the full two-spin nonrelativistic Coulomb Hamiltonian can strictly bind no more than Z+CM electrons, where C is universal and independent of the nuclear positions and charges.
For any fixed nuclei at distinct positions with real charges at least one, total nuclear charge Z and M nuclei, the full two-spin nonrelativistic Coulomb Hamiltonian can strictly bind no more than Z+CM electrons, where C is universal and independent of the nuclear positions and charges.
For any fixed nuclei at distinct positions with real charges at least one, total nuclear charge Z and M nuclei, the full two-spin nonrelativistic Coulomb Hamiltonian can strictly bind no more than Z+CM electrons, where C is universal and independent of the nuclear positions and charges.
If correct, resolves the strict-binding excess-charge form of the molecular ionization conjecture.
Can full Coulomb molecules strictly bind more than a universal number of excess electrons per nucleus?
Publication dates and editorial changes.
OpenAI reports a uniform excess-charge bound for Coulomb molecules
Allow optional Google Analytics to help improve AIProofWatch? Privacy details.
