We consider a model Hamiltonian, introduced by Fermi in 1936, describing a two-particle system made of a neutron and a harmonically bound proton, where the neutron-proton interaction has the form of a δ-potential. For such Hamiltonian we prove the Limiting Absorption Principle and describe the stationary scattering theory. Finally, we derive Fermi’s formula for the scattering cross-section valid in the Born approximation.
On Fermi’s model for the scattering of a slow neutron from a bound proton / Finco, D., Scandone, R., Teta, A.. - In: ZEITSCHRIFT FUR ANGEWANDTE MATHEMATIK UND PHYSIK. - ISSN 0044-2275. - 77:6(2026). [10.1007/s00033-026-02798-6]
On Fermi’s model for the scattering of a slow neutron from a bound proton
Teta, Alessandro
2026
Abstract
We consider a model Hamiltonian, introduced by Fermi in 1936, describing a two-particle system made of a neutron and a harmonically bound proton, where the neutron-proton interaction has the form of a δ-potential. For such Hamiltonian we prove the Limiting Absorption Principle and describe the stationary scattering theory. Finally, we derive Fermi’s formula for the scattering cross-section valid in the Born approximation.| File | Dimensione | Formato | |
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