Reports first observation of kaonic aluminum X-ray transitions at 50 keV and 106 keV using time-based selection on a single CZT detector at DAΦNE, with 95% background suppression and measured resolutions of 9.2% and 6.6% FWHM.
´Obertov´a, E
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Absolute X-ray yields measured for kaonic copper and fluorine transitions using CZT detectors at DAΦNE, with observed suppression of the 4→3 yield in fluorine yielding a lower limit on strong-interaction width.
Normalized residual loss in PINNs yields stable s-wave bound-state energies and radii for Lambda-208Pb that match theory, with Jost-derived vertex constants showing reasonable but more variable agreement.
Bayesian analysis of generic hybrid EOS with first-order deconfinement shows mass-gap hybrids require early transition and stiff quark matter, but data favor twins at 1.4 M_sun that exclude them.
citing papers explorer
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Time-based Selection of Kaonic Atom X-ray Events with Quasi-Hemispherical CZT Detectors at the DAFNE collider
Reports first observation of kaonic aluminum X-ray transitions at 50 keV and 106 keV using time-based selection on a single CZT detector at DAΦNE, with 95% background suppression and measured resolutions of 9.2% and 6.6% FWHM.
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Kaonic Copper and Fluorine Absolute Yields Measurement with a CZT-based Detection System at DA$\Phi$NE
Absolute X-ray yields measured for kaonic copper and fluorine transitions using CZT detectors at DAΦNE, with observed suppression of the 4→3 yield in fluorine yielding a lower limit on strong-interaction width.
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Seed-Robust PINN Determination of $s$-Wave Bound States and Jost-Function-Based vertex constants in $_{\Lambda}^{208}$Pb
Normalized residual loss in PINNs yields stable s-wave bound-state energies and radii for Lambda-208Pb that match theory, with Jost-derived vertex constants showing reasonable but more variable agreement.
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Hybrid stars among mass gap objects are excluded by twin stars at $1.4\,M_\odot$
Bayesian analysis of generic hybrid EOS with first-order deconfinement shows mass-gap hybrids require early transition and stiff quark matter, but data favor twins at 1.4 M_sun that exclude them.