PhD Student or Postdoctoral Researcher: Join our dynamic research group and contribute to groundbreaking work in quantum sensor applications in the field of chemistry. We are seeking a highly motivated PhD student or postdoctoral researcher to work on a cutting-edge project focused on nitrogen-vacancy quantum sensing.
Designation: PhD Student or Postdoctoral Researcher
Research Area: Quantum Sensors in Chemistry
Location: Technical University of Munich, Germany
Eligibility/Qualification: We are looking for candidates with the following skills and qualifications:
- Proficiency in solid-state spin quantum sensors
- Fundamental understanding of noise analysis
- Basic expertise in microwave engineering
- Basic coding skills, particularly in Python, Matlab, etc.
Job Description: Our research group is interested in the application of quantum sensors in chemistry. Specifically, we utilize spin defects in diamonds as atom-sized sensors for nuclear magnetic resonance experiments on the nano-micrometer scale. This innovative technology has a wide range of applications, from analyzing single cells in microfluidics to characterizing surfaces and novel materials in the field of energy conversion.
The open position involves working on a dynamic, multidisciplinary project centered around nitrogen-vacancy (NV) quantum sensing. The primary objective is to develop an NV-NMR spectrometer with unparalleled sensitivity, as part of the newly initiated EU consortium project, QUENCH. The ideal candidate will be enthusiastic about operating at the intersection of applied and quantum physics.
How to Apply: If you are interested in this exciting opportunity, please submit the following documents:
- A motivation letter outlining your future career goals and interests.
- A comprehensive CV that includes a list of your publications.
- Provide contact information for three references who can speak to your qualifications and experience.
Last Date for Apply: Until position filled
Join our research team and be a part of cutting-edge advancements in quantum sensing technology. Apply today to contribute to groundbreaking research in the fascinating intersection of quantum physics and chemistry.
