The doctoral researcher position is a part of the Research Council of Finland research project "Spin hyperpolarisation processes by multiscale simulations” led by professor Juha Vaara.

By nuclear spin hyperpolarisation one means techniques by which the signal intensity of nuclear magnetic resonance (NMR) spectroscopy is enhanced by orders of magnitude. This results from molecular-level exchange, collision and dissipation processes that lead a non-thermal equilibrium occupation of the nuclear spin states, which is then employed in materials characterisation and medical diagnostics by NMR. In particular, two hyperpolarisation methods are of current interest to us:

Qualifications 

The doctoral researcher must have completed MSc degree or equivalent in physics, physical or theoretical chemistry, materials science, or a related field. The selected person must have achieved a good grade in their degree (i.e., at least 60% of the maximum grade in both taught courses and the master's thesis) and must be able to demonstrate English language skills that are sufficient to follow doctoral studies

We expect you to have experience in quantum mechanics, scientific computing and statistical mechanics. Knowledge of one or several of the following areas is also considered a merit: nuclear magnetic resonance, quantum chemistry, spin dynamics, molecular dynamics and reaction kinetics. Strong computer experience including basic Linux/Unix knowledge, shell scripting, and mastery of at least one relevant programming language (e.g., Python, Fortran, C/C++) is required for success in the project.

We view it as a benefit if you are highly motivated, possess good communication, teamwork and organisational skills, as well as are capable of carrying out independent work. Participation in teaching within the physics curriculum is expected.