Philip Schädlich

Philip Schädlich is an active researcher at Chemnitz University of Technology specializing in experimental condensed matter physics, with a focus on graphene and 2D material systems. His work centers on epitaxial growth mechanisms, intercalation chemistry, and atomic-scale characterization of material interfaces.

His research interests concentrate on graphene-silicon carbide interfaces, where he investigates how atomic intercalation (using elements like Si, Sb, Cs, and S) modifies electronic properties. Key methodologies include angle-resolved photoemission spectroscopy (ARPES), X-ray standing wave imaging, and positron diffraction to probe structural and electronic changes at buried interfaces. Recent work explores Mott state screening in graphene and topological properties of bismuthene.

Analysis of his 14 publications (2020-2025) reveals consistent output in high-impact journals (2D Materials, Physical Review B, Nature Communications), with accelerating productivity (4 papers in 2025). His research shows strong thematic continuity in intercalation effects but expanding scope toward topological materials and dynamic interface processes.

Schädlich maintains a core collaboration with Thomas Seyller's group at Chemnitz University of Technology while engaging with international partners across Germany, the Netherlands, Italy, and Japan. His research is supported by active grants evidenced by continuous publication output, though specific funding details aren't public. While student supervision information isn't available, his role in multi-author experimental papers suggests involvement in mentoring junior researchers within collaborative projects.