Date:
Mon, 04/05/201516:30-17:30
Location:
Shenkar Physics building, room #105, Tel Aviv University
Lecturer: Prof. Naftali Auerbach
Affiliation: Tel Aviv University
Abstract:
The Ta 180m nucleus is the rarest naturally
occurring isotope. It exists in an isomeric
state with half-life time of 1.2 10**15 years,
at an excitation energy of 77 keV and spin
J=9- We study the possibility that when
irradiated by gamma rays or subjected to
Coulomb excitation its decay can be
accelerated by the existence of a doorway.
We describe the mechanism of such a
decay similar to the chaos-assisted
tunneling.
Additional details of the upcoming Israeli
Joint Nuclear Physics' Seminars can be
found on the following link.
Affiliation: Tel Aviv University
Abstract:
The Ta 180m nucleus is the rarest naturally
occurring isotope. It exists in an isomeric
state with half-life time of 1.2 10**15 years,
at an excitation energy of 77 keV and spin
J=9- We study the possibility that when
irradiated by gamma rays or subjected to
Coulomb excitation its decay can be
accelerated by the existence of a doorway.
We describe the mechanism of such a
decay similar to the chaos-assisted
tunneling.
Additional details of the upcoming Israeli
Joint Nuclear Physics' Seminars can be
found on the following link.