1D-2D materials
The discovery of novel 1D-2D materials has recently attracted great attention among the research community due to their extraordinary mechanical, electronic and optical properties. In particular, carbon-based materials (such as carbon nanotubes, graphene) are quoted to enable devices, circuits, and systems competitive and compatible with the established silicon technology, ranging from microwave to THz range, thus offering new capabilities, such as lower power consumption, enhanced electro-thermal-mechanical properties and novel functionalities. The work in this area paves the way to related developments that utilize other 2D materials such as chalcogenides, germanenes, silicenes, metal oxides and hexagonal boron nitrides. Possibilities exist for designing devices that utilize a combination of materials rather than isolated 2D crystals to satisfy diverse requirements ranging from insulator to direct bandgap properties. Their heterostructures provide further enhancement in device properties and design flexibility.
Modeling & Design
The goal is to bridge the gap between nano-science theoretical foundations and the implementation of advanced numerical tools for the investigation, modeling and design of a new generation of integrated, smart, multi-functional materials, while extending it in the modern tools for electromagnetic analysis based on Maxwell’s equations.
General Topics to be covered during the workshop
· Multi-scale & mult-physics Simulation and Modeling
· 1D and 2D materials including graphene and 2D semiconductor materials
· Nano materials & devices
· Optical control of nanodevices
· Metamaterials
· THz frequency range science and technology