This PhD position at Delft University of Technology (TU Delft) offers the opportunity to join the vanderZant lab, a world-leading research group in Quantum Nanoscience, to investigate quantum charge transport phenomena in biological nanowires. The project addresses the global challenge of electronic waste by exploring non-toxic, biodegradable electronics, specifically focusing on the remarkable conductivity of cable bacteria, which can conduct electricity over centimeter distances at levels surpassing many man-made organic semiconductors. As a PhD student, you will fabricate electronic circuits using bio-nanowires, measure their electronic properties, and explore quantum transport phenomena, including phase coherence and quantum nuclear tunneling, particularly at low temperatures. The research involves device fabrication in the Kavli Nanolaboratory's state-of-the-art cleanroom, conducting sensitive electrical measurements under varying conditions, and interpreting and modeling the results to understand the underlying transport mechanisms. You will work in a collaborative, diverse, and supportive environment, regularly interacting with academic staff, PhD students, and postdocs, and collaborating with biologists in Belgium who supply the cable bacteria. The position includes comprehensive training and professional development through the TU Delft Graduate School. Applicants should have a Master’s degree in Physics or Nanophysics, a strong interest in quantum transport and mesoscopic physics, and recommended experience in cleanroom fabrication and electrical measurements. Proficiency in Python for data acquisition and analysis, as well as strong English communication skills, are required. The position is fully funded with a 4-year employment contract, competitive salary, and benefits, including holiday allowance, end-of-year bonus, and support for relocation. The application deadline is December 1, 2025, and the position starts January 1, 2026. To apply, submit your CV and a cover letter online via the provided link, addressing your background, motivation, and fit for the position. Applications by email or post are not accepted. The selection process includes a knowledge security risk assessment. For further information, contact Prof. H.S.J. van der Zant at the provided email address.

This PhD position in Quantum Nanoscience at Delft University of Technology offers the opportunity to join the vanderZant lab, a world-leading research group at the forefront of quantum charge transport studies in biological nanowires. The project addresses the global challenge of e-waste by exploring non-toxic, biodegradable electronics, focusing on the remarkable discovery that certain bacteria (cable bacteria) can conduct electricity over centimeter distances with conductivities surpassing many man-made organic semiconductors. As a PhD student, you will fabricate electronic circuits using bio-nanowires, measure their electronic properties, and investigate quantum transport phenomena, including phase coherence and quantum nuclear tunneling, particularly at low temperatures. The research involves device fabrication in the Kavli Nanolaboratory's state-of-the-art cleanroom, advanced electrical measurements under varying conditions, and the interpretation and modeling of experimental results. You will work closely with a diverse team of academic staff, PhD students, and postdocs, and collaborate with biologists in Belgium who supply the cable bacteria. The position offers comprehensive training and support, fostering both scientific and personal development. The Faculty of Applied Sciences at TU Delft is a vibrant ecosystem focused on key enabling technologies such as quantum and nanotechnology, photonics, biotechnology, and materials for energy storage and conversion. The university is committed to diversity, innovation, and global impact. Employment conditions include a 4-year contract (initial 1.5 years with a go/no-go assessment, followed by 2.5 years upon satisfactory progress), a competitive salary (€3059–€3881/month), holiday and end-of-year bonuses, and a range of benefits including relocation support and flexible work arrangements. Applicants should have a Master’s degree in Physics or Nanophysics, strong interest in quantum transport, recommended experience in cleanroom fabrication and electrical measurements, proficiency in Python, and excellent English skills. The application deadline is December 1, 2025. Apply online with a CV and cover letter; applications by email or post are not accepted. The position is open from January 1, 2026.