22-23 April 2024
TIFR
Asia/Kolkata timezone
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Investigation of the E(5) critical point symmetry in 74Se

Presented by Mr. SAJAD ALI, Dr. Subhendu RAJBANSHI on 22 Apr 2024 from 2:15 PM to 2:30 PM

PI info

Dr. Sajad Ali

local collaborator info

Professor Rudrajyoti Palit

Collaborators Name

1. Dr. Subhendu Rajbanshi, Presidency University, Kolkata 2. Prof. R. Palit, TIFR, Mumbai 3. Dr. Gopal Mukherjee, VECC, Kolkata 4. Dr. Sarmishtha Bhattacharyya, VECC, Kolkata 5. Dr. S. S. Nayak, VECC, Kolkata 6. Dr. Soumik Bhattacharya, VECC, Kolkata 7. Dr. H. Pai, ELI-NP, Romania 8. Dr. S. Nag, IIT-BHU, Varanasi 9. Dr. Saikat Chakrabarty, VECC, Kolkata 10. Dr. Sutanu Bhattacharya, Hebrew University, Israel 11. Mr. Vishal Malik, TIFR, Mumbai 12. Dr. Piku Dey, TIFR, Mumbai 13. Dr. Ananya Kundu, TIFR, Mumbai 14. Mr. A. Sindhu, TIFR, Mumbai 15. Mr. Shouvik Pal, TIFR, Mumbai

Motivation

Present proposal focuses to investigate the E(5) critical point symmetry in 74Se nucleus [16]. The experimental R4/2 = 2.15 for 74Se which are close to the predicted value of 2.20. The previous measurement on this nucleus extracted the B(E2) transition rates of the ground state band up to the 6+ state and within the error bars transition strength are in well agreement with the E(5) prediction. We will measure the energy and lifetime of the low-lying states and will compare with the IBA calculation to explore the E(5) symmetry in this nucleus.

Beam time requirement in shifts

15

Beam

7Li [Ion = Li and Mass No = 7]

Beam Energy

35MeV

Beam Current

2-3 pnA

Beam Port

LINAC HALL-2 15D

Buncher Required

NO

Target / Sample Details

70Ge

Whether the experiment is part of PhD work ?

Yes

Name of the PhD student and year of registration

Mr. Habibur Rahaman and 2024

Whether the experiment is part of Post-Doc work ?

No

Name of the Post Doc fellow

NA

information on the past beamtime at PLF

NoT Applicable

Publication information related to prior work at the PLF

1. S. Rajbanshi et al., Physical Review C (Letter) 104, L031302 (2021). 2. S. Rajbanshi et al., Physical Review C 104, 064316 (2021). 3. Rajkumar Santra et al., Physical Review C 107, 064611 (2023); DOI: 10.1103/PhysRevC.107.064611

Place

Location: TIFR
Room: AG66

Primary authors

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