Imaging Mesoscopic Heat Transport with Nanoscale Quantum Thermometers and Ultrafast Spectroscopy
Fully funded Postdoctoral Fellowship (2 years)
In mesoscopic crystalline devices and materials of reduced dimensionality, heat may stop diffusing according to Fourier law, but instead flow like a viscous fluid (hydrodynamic regime). This new regime is of high relevance for understanding and managing heat flow in nanostructures and quantum devices.
The Laboratory of Quantum and Nano-Optics at EPFL is looking for an outstanding postdoctoral researcher with a background in nanophotonics, quantum sensing or ultrafast spectroscopy, to lead a new project aimed at imaging unconventional heat flow in the hydrodynamic regime through mesoscopic diamond devices and low-dimensional materials (in particular 2D materials).
• Proven academic achievements and PhD thesis in relevant field
• Excellent understanding of photonics, quantum sensing, spin physics and heat transport
• Ability to interact with the team, supervise students, and write scientific papers
• Excellent communication skills and professional proficiency in English Valuable additional expertise:
• Surface or material science
• Pump-probe spectroscopy
Start date: no later than May 1st, 2021
EPFL offers internationally competitive salaries (min. 83’600 CHF/year), generous research support and outstanding research infrastructure. Academics in Switzerland enjoy many research funding opportunities, as well as an exceptionally high standard of living. EPFL is an equal opportunity employer and family friendly university. It is committed to increasing the diversity of its scientific staff.
Applications should be submitted to Prof. Christophe Galland (email@example.com) in a single PDF: containing a resume and publication list, a motivation letter, transcripts of undergraduate and graduate studies.
Letters of recommendations are to be sent by referees directly to Prof. Galland.