About the Position
This cutting-edge research opportunity focuses on the development of nanomechanical sensing technology for imaging materials and molecules with atomic resolution in three dimensions. The successful candidate will be part of a dynamic team working on advancing magnetic resonance force microscopy (MRFM), integrating quantum cavity optomechanics with force microscopy to achieve unprecedented sensitivity, including detecting individual nuclear spins.
This position offers a multidisciplinary challenge involving state-of-the-art techniques and technology, providing a rewarding experience for candidates eager to expand their expertise beyond textbook physics.
Your Responsibilities
As a PhD student in this role, you will:
- Design and implement advanced instrumentation to enhance sensitivity in magnetic resonance force microscopy.
- Perform experiments that merge quantum cavity optomechanics with ultrasensitive force sensing.
- Develop and test novel techniques for imaging nuclear spins with high precision.
- Operate and maintain vacuum and cryogenic setups for experimental research.
- Contribute to advancing the fundamental understanding of nanoscale force sensing.
- Collaborate within a multidisciplinary team and participate in scientific discussions, publications, and presentations.
Candidate Profile
We are looking for a highly motivated and independent researcher with a passion for experimental physics and nanotechnology. The ideal candidate will possess the following:
- Educational Background:
- A degree in physics or a related discipline.
- Technical Expertise:
- Prior experience in experimental techniques such as cavity optomechanics, force sensing, nanophotonics, or magnetic resonance is highly desirable.
- Skills and Attributes:
- Pragmatic problem-solving approach.
- Strong teamwork and communication skills.
- Enthusiasm for learning and overcoming challenges in a multidisciplinary setting.
What We Offer
- World-Class Environment:
- Be part of ETH Zurich, a globally renowned institution in science and technology.
- Professional Growth:
- Work on groundbreaking projects in a collaborative and intellectually stimulating environment.
- Diversity and Inclusion:
- Join a team that values diversity and promotes an inclusive culture.
- Supportive Benefits:
- Family-friendly working conditions and access to resources that support work-life balance.
Application Process
Interested candidates should submit their applications online via the ETH Zurich application portal. Please include the following documents:
- Motivation Letter: Outline your interest and suitability for the position (maximum 1 page).
- Curriculum Vitae (CV): Highlight your academic and professional accomplishments.
- Transcript of Studies: Provide detailed records of your academic performance.
Application Deadline: Applications are reviewed on a rolling basis until the position is filled.