H. Bidaman
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View article: Probing Low-energy States in \(^{110}\)Cd Using Coulomb Excitation
Probing Low-energy States in \(^{110}\)Cd Using Coulomb Excitation Open
A campaign of Coulomb-excitation experiments to study the electromagnetic structure of \(^{110}\)Cd was performed using beams of \(^{14}\)N, \(^{32}\)S, and \(^{60}\)Ni. The use of various reaction partners enables disentangling the contri…
View article: Collective 2p-2h intruder states in $^{118}$Sn studied via $β$-decay of $^{118}$In using GRIFFIN
Collective 2p-2h intruder states in $^{118}$Sn studied via $β$-decay of $^{118}$In using GRIFFIN Open
The low-lying structure of semi-magic $^{118}$Sn has been investigated through the $β$-decay of $^{118}$In ($T_{1/2}=4.45$ min) to study shape coexistence via the reduced transition probabilities of states in the 2p-2h proton intruder band…
View article: Quadrupole Deformation of \(^{110}\)Cd Studied with Coulomb Excitation
Quadrupole Deformation of \(^{110}\)Cd Studied with Coulomb Excitation Open
The low-energy electromagnetic structure of 110Cd was studied using safe-energy Coulomb excitation at the Heavy Ion Laboratory, University of Warsaw. The preliminary results on the quadrupole deformation of lowlying 0+ states in 110Cd are …
View article: Shape coexistence in <sup>94</sup>Zr studied via Coulomb excitation
Shape coexistence in <sup>94</sup>Zr studied via Coulomb excitation Open
In recent years, a number of both theoretical and experimental investigations have been performed focusing on the zirconium isotopic chain. In particular, state-of-the-art Monte Carlo shell-model calculations predict shape coexistence in t…
View article: Half-Lives of Neutron Rich $^{130}$Cd and $^{131}$In
Half-Lives of Neutron Rich $^{130}$Cd and $^{131}$In Open
The half-lives of isotopes around the $N=82$ shell closure are an important ingredient in astrophysical simulations and strongly influence the magnitude of the second $r$-process abundance peak in the $A\sim130$ region. The most neutron-ri…
View article: Advances at TRIUMF-ISAC and decay of neutron-rich Cd studied with GRIFFIN
Advances at TRIUMF-ISAC and decay of neutron-rich Cd studied with GRIFFIN Open
The β -decay half lives of nuclei near the r -process path are critical information required for abundance calculations, especially those near neutron number N = 82. Specifically, the nuclei below doubly-magic 132 Sn are key, and play an i…
View article: A study on low spin states in 154Gd using the (p, p′ gamma) reaction
A study on low spin states in 154Gd using the (p, p′ gamma) reaction Open
The investigation of N = 90 nuclei have been the subject of many experimental studies. These isotones, such as 154Gd and 152Sm, lie at the center of a region of rapid shape change between vibrational and rotational characteristics, and dem…
View article: First Results from Griffin Including The Half-lives Of 128-130Cd
First Results from Griffin Including The Half-lives Of 128-130Cd Open
Gamma-Ray Infrastructure For Fundamental Investigations of Nuclei (GRIFFIN) is a new high-efficiency $\gamma$-ray spectrometer for decay spectroscopy research with low-energy (20-60 keV) stopped radioactive beams from the Isotope Separator…
View article: High-precision Half-life And Branching Ratio Measurements For Superallowed β+ Emitters At TRIUMF-ISAC
High-precision Half-life And Branching Ratio Measurements For Superallowed β+ Emitters At TRIUMF-ISAC Open
High precision measurements of the ft values for superallowed Fermi β transitions between J π = 0 + isobaric analogue states allow for stringent tests of the electroweak interaction described by the Standard Model. These transitions provid…