Research Associate in condensed matter physics and quantum materials’ (AP

Post-Doctoral Research Associate: Pioneering Quantum Sensing with 2D Materials

This is an exceptional opportunity for a driven and talented Post-Doctoral Research Associate to immerse themselves in cutting-edge research at the forefront of quantum technology. If you are passionate about condensed matter physics and eager to contribute to the development of next-generation quantum sensors, this role offers a unique platform for your career advancement.

The Opportunity: Advancing Quantum Sensing

This position is intrinsically linked to a significant new research collaboration between the University of Bath and INRS in Canada, underscoring the international scope and impact of this project. As a Research Associate, you will be instrumental in:

• Exploring novel defects in 2D materials: Delve into the fascinating world of 2D materials and engineer new defects with the potential to revolutionize quantum sensing.
• Utilizing advanced spectroscopic techniques: Employ state-of-the-art optical and photoemission spectroscopic methods (including Raman, Photoluminescence, ARPES, XPS) to discover and characterize defects with unique light emission properties.
• Developing next-generation quantum sensors: Contribute to the creation of sensors capable of precise magnetic field measurement and mapping, with direct applications in quantum materials research.
• Engaging in international collaboration: Be a vital part of a dynamic UK-Canada research network, driving innovation in quantum technologies.

Key Advantages for Your Career Path:

This role presents a wealth of advantages for aspiring researchers:

• International Collaboration & Networking: Gain invaluable experience working within a prestigious international research consortium, fostering global connections and expanding your professional network.
• Exposure to Cutting-Edge Technologies: Work with advanced spectroscopic techniques and contribute to the development of groundbreaking quantum sensing technologies.
• Publication Potential: The project's innovative nature and strong emphasis on high-quality, peer-reviewed publications provide an excellent platform to build a significant publication record, crucial for academic career progression.
• Skill Development: This position offers ample opportunities to hone your expertise in:
  • Condensed matter physics, with a focus on 2D materials and their excitations.
  • Advanced spectroscopic data analysis.
  • Programming for scientific research (Python, IGOR, Matlab).
  • Experimental techniques involving cryogenics and low-temperature measurements.
  • Presenting research findings and writing technical reports.
• Professional Development: As a member of the University of Bath's research staff, you will be encouraged to engage in a minimum of 10 days of professional development per year, ensuring continuous learning and skill enhancement.
• Attractive Benefits Package: The University of Bath offers a comprehensive benefits package designed to support your well-being and work-life balance, including:
  • Generous annual leave allowance with additional discretionary days.
  • Access to professional development resources and opportunities.
  • Free counselling services and various health and well-being initiatives.
  • Relocation assistance and visa reimbursement for eligible candidates.
  • A supportive and family-friendly workplace environment.
• Commitment to Diversity and Inclusion: The University of Bath fosters a culture where diversity is celebrated and differences are respected. They are committed to creating an inclusive environment for all staff, with active commitments to gender equality and supporting individuals with disabilities.

Key Considerations for Candidates:

To thrive in this role and make a significant contribution, candidates should possess the following:

• PhD in a Relevant STEM Discipline: A strong academic foundation, ideally in physics, is essential.
• Expertise in Condensed Matter Physics: In-depth knowledge of materials science, particularly 2D materials and their fundamental excitations (plasmons, phonons, excitons, etc.), is highly valued.
• Proficiency in Spectroscopic Techniques: Demonstrated experience with advanced methods such as Raman, Photoluminescence, ARPES, and XPS is crucial.
• Data Analysis and Programming Skills: A strong track record in data analysis and proficiency in programming languages like Python, IGOR, or Matlab are required.
• Experimental Aptitude: Experience with cryogenics and conducting experiments at low temperatures will be a significant asset.
• Research Independence and Collaboration: The ability to conduct independent research while effectively collaborating within an international and interdisciplinary team is key.
• Publication Track Record: A proven ability to publish in high-quality, peer-reviewed journals is expected.
• Communication Skills: Demonstrated experience in presenting research orally and writing clear, concise technical reports is necessary.

This fixed-term position runs until February 2027 and represents a compelling opportunity to contribute to a groundbreaking research project and significantly advance your career in the field of quantum science.