معرفی
Jussi Toppari is a Professor in the Department of Physics at the University of Jyväskylä, affiliated with the Faculty of Mathematics and Natural Sciences. His work bridges advanced nanotechnology with quantum and optical physics, focusing on molecular self-assembly techniques for electronics and photonics.
Key research interests include:
- Developing molecular self-assembly methods to overcome manufacturing limits in nanoelectronics and optics
- Exploring plasmonics and molecular electronics for next-generation nanoscale devices
- Investigating surface excitons, polaritons, and ultra-fast photochemistry
- Advancing DNA nanotechnology for structural and functional applications
Recent publications highlight interdisciplinary trends across Nanotechnology, Quantum Physics, and Biosensing, with a focus on DNA origami integration (2023–2025), antiviral nanomaterials (2024), and light-matter coupling phenomena (2024). Collaborations span computational modeling, bioengineering, and experimental physics.
He leads the Molecular Electronics and Plasmonics research group and contributes to the qSIME project, strengthening Finland's quantum research capabilities through nanomaterials and quantum computing initiatives.
