Kaonic hydrogen versus the low energy data
arXiv:0711.4928 · doi:10.1140/epja/i2007-10505-4
Abstract
We present an exact solution to the -proton bound state problem formulated in the momentum space. The 1s level characteristics of the kaonic hydrogen are computed simultaneously with the available low energy data. In the strong interaction sector the meson-baryon interactions are described by means of an effective (chirally motivated) separable potential and its parameters are fitted to the experimental data.
6 pages, 1 figure, ver2: minor text changes made prior to journal publication
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- Kaonic hydrogen X-ray measurement in SIDDHARTA
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- Chirally motivated amplitudes for in-medium applications
- Review of the (1405): A curious case of a strange-ness resonance
- Near-threshold scattering and properties of kaonic deuterium
- Antikaon-nucleon interaction and Lambda(1405) in chiral SU(3) dynamics
- Separable potential model for interactions at low energies
- The role of nucleon recoil in low-energy antikaon-deuteron scattering
- Kaonic hydrogen versus the low energy data
- Faddeev calculations of the system with chirally-motivated interaction. I. Low-energy scattering and antikaonic deuterium
- Faddeev-Chiral Unitary Approach to the scattering length
- Isospin mixing effects in low-energy interaction
- Chirally motivated separable potential model for amplitudes
- Comprehensive application of a coupled-channel complex scaling method to the KbarN-piY system
- Measurement of the strong interaction induced shift and width of the 1s state of kaonic deuterium at J-PARC
- Lambda-hypernuclear production in stopped (K-,pion) reactions reexamined
- Light kaonic atoms: from "corrected" to "summed up" Deser formula
- Antikaon-nucleus dynamics: from quasibound states to kaon condensation
- Separable potential model for meson-baryon interaction beyond the S-wave