Canada's National Laboratory for Particle and Nuclear Physics
STUDENT JOB PROGRAM
Summer 2018 job posting
Job number TR18-2-13
Position Title:Researcher in theoretical/computational subatomic physics
Name of Project:First principles theory for exotic nuclei with connections to neutrino and dark-matter physics
Overview:This project will focus on the development and application of powerful theoretical methods to explore fundamental questions on the structure of exotic nuclei, or more far-reaching connections to neutrino and dark-matter physics. The student will first gain familiarity and build confidence working with the basic ingredients of such calculations: nuclear forces and their connection to the underlying theory of strong interactions (quantum chromodynamics), and nuclear many-body methods to predict properties of medium-mass nuclei. Depending on particular interests, the student will have the exciting opportunity either to design and implement an extension to the existing computational infrastructure, work on computationally optimizing existing codes, or perform a series of calculations which will confront directly with experiments being performed at TRIUMF or other prominent experimental facilities across the world.
Duties:The student will perform calculations, organize and interpret results, and work on implementing or testing extensions to existing codes. The student will also be encouraged to take part in group and lab-wide activities, such as colloquia, seminars, and journal clubs, and to interact with experimental colleagues, with whom they will have daily contact on-site at TRIUMF.
Skills learned during this work experience:The student will learn to run and interpret leading-edge nuclear theory calculation, where emphasis will be placed on organizing and effectively communicating scientific results. With the latest advances in high-performance computing and optimization algorithms at her/his disposal, the student will gain experience with parallel-computing techniques such as OpenMP and MPI and work on some of the world’s largest supercomputers. Finally, there will be ample opportunities to further hone scientific writing and presentation skills.
Qualifications:The ideal applicant will have mastered material encountered in introductory quantum mechanics courses and be familiar with concepts such as eigenvalues, wavefunctions, operators, unitary transformations, and angular-momentum algebra. Furthermore, some computing experience is required, with fluency in either C++ (preferred) or Fortran highly desirable.
Period of work:4-8 months with possible 4-month extension
Jobs are open to all qualified undergraduate students. |
Due to the volume of applications we receive, the TRIUMF Job Number must be clearly indicated on the application.
Applications must include:
A separate application must be submitted for each job the student wishes to be considered for.
Students should apply through their co-op office, where applicable, with the co-op office forwarding on their applications to TRIUMF. For those students not in a co-op program, applications (one PDF document for each job) may be sent directly to TRIUMF to firstname.lastname@example.org
Paper copies mailed to TRIUMF will be accepted as well, but email is the preferred method.
Salary is commensurate with academic progress and previous relevant work experience, and ranges from $ 1810 to $ 2710 per month plus 4% vacation pay. TRIUMF pays round-trip airfare (this does not apply to Vancouver/Victoria students); for Vancouver Island students, TRIUMF will pay ferry costs.
TRIUMF is an equal opportunity employer committed to diversity in the workplace, and we welcome applications from all qualified undergraduate students as defined below:
TRIUMF is located on the campus of the University of British Columbia. For more information, visit our web site http://www.triumf.ca
Applications must be received at TRIUMF by 4:00pm Pacific time on 2018-01-22.
No phone calls please. TRIUMF wishes to thank all applicants for their interest, and regrets that only those being considered will be contacted.
For more information, visit our web site