PhD in Materials Engineering and senior Researcher at the Institute of Heritage Science (ISPC) of the National Research Council (CNR). Her research interests are focused on the development of advanced non-invasive Raman methods and their application to Cultural Heritage materials.
She is coordinating the Raman Spectroscopy Laboratory at ISPC:
https://www.ispc.cnr.it/en/2021/02/18/spettroscopia-raman-lab/
by Claudia Conti, CNR-ISPC, Italy
The lecture will provide an overview of the rapidly advancing Deep Raman field and its impact on Heritage Science. Conventional Raman studies generally use a backscattering setup, in which the illuminating laser and detector for measuring the scattered Raman light partially follow the same optical path and target the same area. With opaque materials, as those encountered in Cultural heritage, this approach is limited to surface observations due to the diffusion process of photons from deep into the material. Over the last 20 years, time and spatial domain Raman methods paved the way for a non-invasive analysis of opaque materials, influencing several fields of high societal impact. Micro-Spatially Offset Raman Spectroscopy (micro-SORS), a Raman method specifically developed for the non-invasive investigation of deep portions of Cultural Heritage materials, will be illustrated and potentials in art field demonstrated.
#UPDATE - Please take note of the new venue address for the conference
This event is held under the pro bono patronage of Italian Society of Mineralogy and Petrography
The Gipsoteca is pleased to sponsor the RAA 2025 school by hosting it
EUCLID supports the organisational management of RAA2025
OPA Pisa supports the RAA2025 delegates
Terre di Pisa supports RAA2025 social activities
