Science and Technology for the Conservation of Cultural Heritage

Knowledge acquired: Basis of atomic physics, molecular solids. Knowledge of the working principles and the results obtained with spectroscopic techniques. A - Knowledge and understanding OF 1) To understand the fundamentals of quantum mechanics applied to atomic, molecular, and solid systems. OF 2) To understand the phenomena of interaction between radiation (visible light, infrared, ultraviolet, X-rays) and matter. OF 3) To become familiar with spectroscopic techniques used to study material properties. OF 4) To analyze the electronic and optical properties of materials using theoretical models. OF 5) To interpret spectroscopy experiments on atomic and molecular systems. B - Application skills OF 7) To deduce physical properties of materials using theoretical models from condensed matter physics. OF 8) To apply experimental techniques for characterizing innovative materials, including interdisciplinary contexts such as diagnostics for tangible cultural heritage. C - Autonomy of judgment OF 10) To critically evaluate experimental results by comparing them with theoretical predictions. D - Communication skills OF 13) To communicate scientific results effectively using appropriate technical language. E - Ability to learn OF 15) To develop the ability to consult advanced texts and scientific articles for deepening specific topics in the field of condensed matter physics.