Device-Inspiring Research
At PDI, we perform basic research at the intersection of materials science and solid-state physics, exploring new phenomena and functionalities to inspire future technologies. Our expertise in molecular beam epitaxy (MBE)—a precise method for fabricating atomic-scale structures—forms the foundation of our work. This core competence drives our exploration of low-dimensional semiconductor structures, which we investigate through a full spectrum of techniques, from growth and characterization to spectroscopic analysis and theoretical modeling.
Our interdisciplinary approach unites diverse expertise across the institute and is guided by dynamic Core Research Areas (CReAs). These research themes evolve with scientific advancements, allowing us to adapt to emerging opportunities. Each CReA progresses through phases from incubator to maturity, ensuring we stay at the forefront of innovation while fostering collaboration.
Core Research Areas
Our Core Research Areas (CReAs) tackle broad and innovative themes in materials science, leveraging diverse expertise and methodologies. These dynamic research foci unite researchers, engineers, and technicians across the institute with external collaborators, creating a vibrant environment that transcends traditional boundaries. This synergy accelerates idea exchange and encourages innovation to advance scientific discovery. More…
Third-party Funded Projects
PDI is largely funded through external grants, including federal and state research programs, EU initiatives, and industry collaborations. These funds enable us to expand our research capabilities, foster interdisciplinary collaborations, and drive innovation in materials science. More…
