Advances in nanomaterials synthesis and nano characterization - part I


22 Sept.			14:00 - 15:30


TT.XI - Technical Multi-Track with Parallel SYMPOSIA
Advances in nanomaterials synthesis and nano characterization - part I
Co-organized with Sapienza University of Rome Chair: Paolo POSTORINO, University of Rome
The symposium 'Advances in nanomaterials synthesis and nano characterization' is divided in two sessions dedicated to the application of advanced methods for materials synthesis and their related characterization using both standard and innovative setups. These sections bring together with a series of presentations that underscore fundamental and practical research in the field of functional materials. This research spans from low-dimensional compounds, such as graphene and transition metal dichalcogenides, to nanostructured materials such as nanoparticles and epitaxial thin film samples. In several cases, the use of cutting-edge computational approaches, such as Density Functional Theory (DFT), for interpreting spectroscopic data provides a deeper understanding of the microscopic interaction mechanisms within the studied materials. The significance of isotropic compression, as well as more general strain conditions, has been explored using high spatial resolution spectroscopic techniques that cover a range from micrometric to nanometric scales. Electronic and optoelectronic properties, along with methods of modulating them, often take center stage in the presentations.

TT.XI.F.1	Chiara MANCINI Sapienza University of Rome, IMEC - Leuven (Belgium) Raman spectroscopy and PhotoLuminescence characterization of 2D-TMDs
TT.XI.F.2	Silvia BATTISTONI IMEM-CNR, Rome A fully organic memristive system for pattern recognition
TT.XI.F.3	Pierfrancesco ATANASIO Sapienza University of Rome Rice Husk Waste-Derived Carbon Aerogels: A Sustainable Approach for Advanced Supercapacitor Electrodes
TT.XI.F.4	Jie XU CHOSE (Centre for Hybrid and Organic Solar Energy), University of Tor Vergata, Rome Highly Efficient Perovskite Solar Cells Indoors via Compositional and Additive Engineering