Advertisement for a Junior Research Fellow/Project Assistant Position for a DST-SERB Funded Project at the School of Astrophysics Date: 08/11/2023
Applications are invited from motivated and eligible Indian citizens for a position of Junior Research Fellow (JRF) in DST-SERB sponsored research project entitled “Theoretical Modeling of Jet Emission Variability for In-Depth Interpretation of Long-Term Multi-Wavelength Blazar Data”, under the supervision of Principal Investigator (PI) Dr. Ritaban Chatterjee, Assistant Professor, School of Astrophysics, Presidency University, Kolkata.
Date, Time and Venue of Interview:Thursday, November 23, 2023, 11 am. School of Astrophysics, Baker Building, Presidency University, 86/1 College Street, Kolkata 700073, WB, India. The interview will be conducted in in-person mode. In extraordinary circumstances candidates may be allowed to give the interview in online mode.
Application process: The candidate must email i) their current CV including their contact number ii) a 400-word research statement including any past research experience and motivation for this project iii) name and email id or phone number of at least one referee, who can provide feedback on their academic background, to the PI (email@example.com) before the interview date. If the candidate does not have email access, hard copy of the above material may be directly submitted to the PI.
The candidate must bring with them on November 23, 2023 11 AM i) hard copy of their CV ii) write-up and iii) original mark sheets/grade cards for B.Sc. and M.Sc, NET/GATE scorecard/rank card/certificate of award. Self-attested xerox copies of the original will also be accepted subject to verification of the original on a later date if the candidate is selected.
Minimum Educational Qualifications Required: MSc/MS/BS-MS or equivalent in Physics/Astronomy/Astrophysics. Qualification in the National Eligibility Test at the JRF/LS level or Graduate Aptitude Test for Engineering (GATE) or an “equivalent exam” as per DST-SERB regulations.
Following qualifications are desirable but not mandatory:
a) Previous coursework in astrophysics, research experience in a project related to astrophysics.
b) Previous experience with computer programming, reduction and analyses of astrophysical data.
c) Evidence of good oral and written communication skills in English through presentations in conferences and/or published research work.
Job description: The fellow will contribute to the development of a numerical model of the emission variability of blazar jets. Energetic particles in the jets of blazars cool through nonthermal processes such as synchrotron radiation and inverse-Compton scattering. The model will include the above processes and assume certain structure of the emission region in the jets. The fellow will compare the variability and spectrum of the simulated emission with actual observed data to constrain the geometry, ongoing physical mechanisms and parameters of the jet. The fellow will take part in publishing the scientific findings in reputed peer-reviewed international journals. He/she is encouraged to set-up collaborations with other members of the astrophysics group at Presidency University.
Enrolling for Ph.D.: The selected candidate may be allowed to enroll for Ph.D. program as per university rules.
Duration of project:Three years.
Tenure of Assignment:One year. Can be extended annually till the duration of project, subject to satisfactory performance and availability of funds.
As per DST-SERB norms.
1. No TA/DA will be paid for attending the interview.
2. All the terms & conditions for this recruitment will be as per the guidelines of DST-SERB and Presidency University Kolkata.
For further details please contact the PI via email.
- Dean of Students Corner
- Career Counselling
- International Students
- PhD Students
- Student Grievance Redressal Committee (SGRC)
- Internal Committee for Persons with Disabilities
- Equal Opportunity Cell
- Internal Complaints Committee (ICC)
- Gender Sensitization and Prevention of Sexual Harassment Cell(GSPSHC)