Postdoctoral position on spin dynamics in graphene nanostructures
- 27th April 2021
We are seeking for candidates to fill a Postdoctoral position in experimental physics, in the fields of molecular physics and condensed matter, to perform research within the framework of the H2020 – FET Open project SPRING (Spin Research in Graphene). The SPRING project explores the potential of graphene nanostructures to host localized spins, to build up collective spin states, and to detect and manipulate them through electrical methods.
The goal of this post-doctoral research project is to study the coherent dynamics of individual electronic spins in graphene by performing Electron Spin Resonance measurements with a low-temperature scanning tunneling microscope set up. We target to determining the coherence timescale of pi-radical spins in graphene, and study how it depends on lattice site, graphene flake structure, and coupling with environment, with the goal of turning them potential systems for quantum spintronics.
The expected research activities are the following:
i) the fabrication of custom-crafted graphene nanoribbons with a targeted spin texture via on-surface synthesis,
ii) the tunneling spectroscopy identification of their spin-polarized states, and
iii) the development of effective strategies to incorporate spin-hosted graphene nanostructures into our nanoscale microwave set up for their ESRSTM characterization.
For the implementation of this project, the successful candidate will benefit from active collaborations with all the partners of the SPRING consortium, combining expertise in theory, organic synthesis, ESR, multiterminal transport, and single-molecule chemistry. More information about the SPRING partnership and our current activities can be found in the project’s
web site springfetopen.eu. We are searching for candidates with strong competencies in experimental nanophysics and seeking for career in science.
The ideal candidate should have a Doctorate in experimental Physics or related fields, with a background and experience in scanning probe methods and solid-state phenomena, proficiency in English and communication skills, good hands-on experimental work, and cooperative attitude to teamwork.
We offer an international and competitive environment, state-of-the-art equipment, and the possibility to perform research at the highest level, which could facilitate career promotion towards leading independent research positions. The nanoGUNE hosting group, led by Prof. Nacho Pascual, is composed of 15 members, and collaborates actively with groups in our local environment. More information about our research group can be found in nanoGUNE. The position can start 1st September 2021, but starting date can be moved depending on the candidate’s situation. The research contract is for one year and exists the possibility of extension beyond this date. Our group will support candidates seeking for competitive funding in local, Spanish, and European funding schemes. San Sebastian is a middle size city lying directly at the Atlantic seacoast and surrounded by a sensational environment of hills and mountains full of tradition and nature. The city is close to the French border, showing a dynamical cultural scene and renowned for its Basque cuisine.
For application, please fill the form in and submit:
• an updated CV, including contact information to two reference scientists
• a letter of interest, including research statement
The position will be kept open until filled, but candidates review will start on June 1st, 2021