Scanning probe microscopy: a versatile tool to analyze different sample properties at nanoscale


21 Sept.			09:00 - 10:30


TT.V - Technical Multi-Track with Parallel SYMPOSIA
Scanning probe microscopy: a versatile tool to analyze different sample properties at nanoscale
Co-organized with SAPIENZA e ISM-CNR, Roma Chairs: Marco FORTUNATO, Sapienza University of Rome & Simone DINARELLI - CV, CNR-ISM
The session "Scanning probe microscopy: a versatile tool to analyze different sample properties at nanoscale" aims to bring together researchers, academics and representatives from the industry to discuss the latest achievements of AFM to explore not only the different properties of emerging materials at nanoscale but also in the biological specimens. This workshop will cover a broad spectrum of topics, including the characterization, but not limited to, of nanomaterials, nanocomposites, nanostructures, cells, scaffolds and tissues. The primary objective is to promote interdisciplinary collaboration and exchange of ideas to address the identification of novel interesting properties of innovative materials that could be used in renewable energy technologies, smart materials, biocompatible materials, and biomimetic specimens. Through invited presentations and interactive discussions, the workshop will offer a platform for participants to share their expertise and experiences, stay abreast of the latest advancements in SPM characterizations, and pinpoint new research prospects and future trajectories.

TT.V.C.1	Francesca Anna SCARAMUZZO - CV Sapienza University of Rome Electrochemical AFM: probing chemical reactions at the nanoscale
TT.V.C.2	Daniele PASSERI - CV Sapienza University of Rome Magnetic AFM: sampling magnetic domains with incredibly high resolution
TT.V.C.3	Marco FORTUNATO - CV Sapienza University of Rome Piezoresponse Force Microscopy (PFM): a technique to quantitatively evaluate the piezoelectric coefficient at the nanoscale
TT.V.C.4	Angela CAPOCEFALO - CV University of L'Aquila Combinig AFM and Raman: TERS on biological macromolecules
TT.V.C.5	Simone DINARELLI - CV ISM-CNR Un-conventional AFM: alternative ways to use the cantilever