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SUMMARY:Nuclear structure studies with direct reactions and gaseous detect
 or developments
DTSTART:20260505T083000Z
DTEND:20260505T093000Z
DTSTAMP:20260510T175000Z
UID:indico-event-13690@indico.ijclab.in2p3.fr
DESCRIPTION:Speakers: Perine Miriot-Jaubert (IGFAE-USC\, Santiago de Compo
 stela\, Spain)\n\nIn this seminar\, I will present my research activities 
 focused on nuclear structure studies using direct reactions. I will begin 
 with my work on the pygmy dipole resonance (PDR)\, an excitation mode char
 acteristic of neutron-rich nuclei\, typically located near the neutron sep
 aration energy threshold. This topic is in the continuation of the work ca
 rried out during my PhD.\nI will then turn to my postdoctoral research at 
 the IGFAE laboratory in Santiago de Compostela\, which is dedicated to inv
 estigating the structure of light nuclei in inverse kinematics using activ
 e targets. I will present several projects in which I am currently involve
 d. First\, I will discuss the analysis of data from an experiment conducte
 d last summer at TRIUMF during the ACTAR campaign. This experiment\, prima
 rily devoted to the spectroscopy of ¹²Li via the ¹¹Li(d\,p) transfer r
 eaction\, also provides an opportunity to study the PDR in ¹¹Li\, which 
 until now has only been measured using solid targets. I will present preli
 minary results on the angular distribution of inelastic scattering associa
 ted with this PDR state.\nNext\, I will focus on my main ongoing data anal
 ysis from an experiment carried out last January at RCNP in Osaka during t
 he ATTPC campaign. The primary goal of this experiment was to study the sp
 ectroscopy of ¹⁸C via the ¹⁷C(d\,p) transfer reaction. During the se
 minar\, I will present the first preliminary results of a systematic study
  of the elastic scattering angular distributions for the different compone
 nts of the beam. \nFinally\, I will briefly introduce instrumentation wor
 k related to the development of gaseous detectors. The aim of this project
  is to evaluate the performance of the SRS electronics\, developed by the 
 RD51 collaboration at CERN\, when coupled with active targets. To this end
 \, we are constructing a small active target to test the SRS system and co
 mpare its characteristics with those of the GET electronics\, which are cu
 rrently used in active target systems such as ACTAR.\n\nhttps://indico.ijc
 lab.in2p3.fr/event/13690/
LOCATION:100/-1-A900 - Auditorium Joliot Curie (IJCLab)
URL:https://indico.ijclab.in2p3.fr/event/13690/
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