211-2333/25-2H PhD Project in Laser Enhanced Fabrication of Quantum Devices

This PhD project focuses on the laser-enhanced fabrication of quantum devices, requiring advanced knowledge in quantum technology and laser processing techniques. Candidates should possess a strong foundation in physics, materials science, or a related discipline, with an emphasis on quantum device principles and nanofabrication methods. Expertise in laser systems, including ultrafast lasers and laser-material interactions, is essential to optimize fabrication processes. Familiarity with cleanroom protocols, semiconductor processing, and micro- or nano-fabrication equipment is highly beneficial. The role demands skills in experimental design, precision measurement, and data analysis to characterize device performance. Proficiency in scientific programming and simulation tools may be advantageous for modeling laser effects and device behavior. Strong problem-solving abilities, critical thinking, and the capacity to work independently within a research environment are important. Effective communication skills for documenting research findings and collaborating with multidisciplinary teams are also necessary. This project is suited for candidates pursuing doctoral-level research with a commitment to advancing quantum device technology through innovative laser fabrication techniques.