'Qrpa' diaporamas de présentation

Double Beta Decay and Neutrino Masses Amand Faessler Tuebingen

Double Beta Decay and Neutrino Masses Amand Faessler Tuebingen. Accuracy of the Nuclear Matrix Elements. It determines the Error of the Majorana Neutrino Mass extracted. O ??? -Decay (forbidden). only for Majorana Neutrinos ? = ? c. P. P. Left. ?. Phase Space 10 6 x 2 ???. Left. n.

402 views • 25 slides

Double Beta Decay and Physics beyond the Standard Model Amand Faessler Tuebingen

Double Beta Decay and Physics beyond the Standard Model Amand Faessler Tuebingen. Accuracy of the Nuclear Matrix Elements. It determines the Error of the Majorana Neutrino Mass extracted. O ??? -Decay (forbidden). only for Majorana Neutrinos ? = ? c. P. P. Left. ?. Phase Space

326 views • 22 slides

Double Beta Decay and Physics beyond the Standard Model Amand Faessler Tuebingen

Double Beta Decay and Physics beyond the Standard Model Amand Faessler Tuebingen. Accuracy of the Nuclear Matrix Elements. It determines the Error of the Majorana Neutrino Mass extracted. O ??? -Decay (forbidden). only for Majorana Neutrinos ? = ? c. P. P. Left. ?. Phase Space

362 views • 22 slides

Double Beta Decay and Physics beyond the Standard Model Amand Faessler Tuebingen

Double Beta Decay and Physics beyond the Standard Model Amand Faessler Tuebingen. Accuracy of the Nuclear Matrix Elements. It determines the Error of the Majorana Neutrino Mass extracted. O ??? -Decay (forbidden). only for Majorana Neutrinos ? = ? c. P. P. Left. ?. Phase Space

232 views • 22 slides

0 ??? nuclear matrix elements within QRPA and its variants

317 views • 21 slides