Introduction
In this episode of Under the Microscope, we welcome Dr. Martin Rejhon, a group leader at the Institute of Physics, Charles University in Prague, Czech Republic. Dr. Rejhon is advancing fundamental research in graphene—particularly epitaxial graphene on silicon carbide.
Join us to explore how Dr. Rejhon’s work on strain-engineered graphene is paving the way toward scalable solutions for future optoelectronics and advanced electronic devices, utilizing cutting-edge characterization methods like Raman spectroscopy and AFM.
Key Takeaways from this Episode
- 🔬 Graphene Epitaxy: Dr. Martin Rejhon explains epitaxial graphene growth via thermal decomposition of silicon carbide, highlighting scalable production techniques.
- ⚙️ Straintronics Innovation: Discover how controlled strain rather than twist angles (straintronics) can tune graphene properties, opening pathways to novel electronic and optoelectronic applications.
- 🔍 Precision Characterization: Utilizing advanced techniques like Raman spectroscopy and the Park Systems NX10 AFM to precisely map graphene structures and quality.
- 🏭 From Lab to Fab: Dr. Rejhon’s vision for translating graphene research from fundamental science to large-scale industrial applications, addressing the practical challenges of scaling nanomaterials.
- 🌐 NSFE 2026 Prague: Insight into hosting the NanoScientific Forum Europe (NSFE) 2026, promising expert talks, lab tours, and networking opportunities in Prague.
Further Reading
Dive deeper into the research discussed in this episode with these publications:
