La "responsabilità sociale" dell'imprenditore negli ambienti cattolici lombardi dagli anni Trenta alla Ricostruzione

My research focuses on the mentality of catholic entrepreneurs and managers in Italy between the 1930's and the 1950's. The main source of my study is the archive of an organization called Unione Cristiana Imprenditori Dirigenti [Christian Entrepreneurs and Managers Association], which was founded in Milan in 1945 with the pedagogic intent to foster higher moral standards and social responsibility in the milieux of catholic entrepreneurs, in the spirit of the Social Doctrine of the Church. This experience was set in the social and political context of the Italian post-war years, but it was also rooted in the debate – started during the 1930s - on the rise of a new catholic leadership in society.

A skin surface characterization system based on capacitive image analysis

During the last few years, several methods have been proposed in order to study and to evaluate characteristic properties of the human skin by using non-invasive approaches. Mostly, these methods cover aspects related to either dermatology, to analyze skin physiology and to evaluate the effectiveness of medical treatments in skin diseases, or dermocosmetics and cosmetic science to evaluate, for example, the effectiveness of anti-aging treatments. To these purposes a routine approach must be followed. Although very accurate and high resolution measurements can be achieved by using conventional methods, such as optical or mechanical profilometry for example, their use is quite limited primarily to the high cost of the instrumentation required, which in turn is usually cumbersome, highlighting some of the limitations for a routine based analysis. This thesis aims to investigate the feasibility of a noninvasive skin characterization system based on the analysis of capacitive images of the skin surface. The system relies on a CMOS portable capacitive device which gives 50 micron/pixel resolution capacitance map of the skin micro-relief. In order to extract characteristic features of the skin topography, image analysis techniques, such as watershed segmentation and wavelet analysis, have been used to detect the main structures of interest: wrinkles and plateau of the typical micro-relief pattern. In order to validate the method, the features extracted from a dataset of skin capacitive images acquired during dermatological examinations of a healthy group of volunteers have been compared with the age of the subjects involved, showing good correlation with the skin ageing effect. Detailed analysis of the output of the capacitive sensor compared with optical profilometry of silicone replica of the same skin area has revealed potentiality and some limitations of this technology. Also, applications to follow-up studies, as needed to objectively evaluate the effectiveness of treatments in a routine manner, are discussed.