Il Sistema T.Arc.H.N.A. Per una nuova accessibilità al patrimonio culturale

This paper presents the preliminary results of the Project T.Arc.H.N.A., Towards Archaeological Heritage New Accessibility, partially funded by the European Union, as part of the Culture 2000 Programme. Tarchna is the Etruscan name of the ancient city of Tarquinia and T.Arc.H.N.A. the name of a model of virtual Museum. Thanks to the use of modern technology, combined with a deep knowledge of history and archaeology, it has been possible to create a tool useful for both scholars and the wider public, which is also available for other situations. Through the cooperation of experts from two different fields – Computer Science and Archaeology – an innovative system of accessibility to the Cultural Heritage in the field bof research, education and dissemination has been designed and implemented. One of the first results of the project is the restoration of the original unity of the Tarquinian Heritage much of which is scattered all over the world, lacking in contexts and anthropological meanings. Scholars are thus enabled to deal with this Cultural Heritage as a whole and to bring the single document from the environment that produced it, to the environment of the modern user, thus filling the gap between the document and its interpretation. In this way the public can learn the main features of the Etruscan culture and comprehend the research of scholars

The last ten years of research at Tarquinia

The Centro di Ricerca Coordinata ‘ProgettoTarquinia’ of the Università degli Studi di Milano is a LERU (League of European Research Universities) exemplary interdisciplinary research project that involves groups from the Università Statale di Milano (Archaeology, Information and Communication Technologies, Geoarchaeology, Palaeoanthropology), the Politecnico di Milano (Architecture and Topography) and bridges the gap between soft and hard sciences. This project stems from the ‘Progetto Tarquinia’ conceived by Maria Bonghi Jovino in 1982. During the last ten years, our integrated system of tools and services, supported by ICTs (ArchMatrix), through which multidisciplinary domain experts can examine all the typologies of data of a given culture, has made it possible to concentrate on the links between data-sources focusing on the recurrence of association rates within different aspects of material evidence and phenomena. The fields of application of our methodology in the domain of archaeology and epigraphy are multifaceted as regards the inside and outside connections of the Tarquinian heritage, whose necropolis with the famous painted tombs is a UNESCO World Heritage Site. Research includes areas of the Civita plateau: the ‘monumental complex’, the Ara della Regina sanctuary, fortifications, and archaeological sites previously explored. In the past ten years, research in the necropolis (roughly 6,000 tombs, of which 400 are painted) and in the surrounding territory has also been implemented and has produced the complete corpus of the painted tombs of Tarquinia. Our holistic approach encompasses archaeological analysis of small (mobile finds), medium (archaeological contexts) and large scale (territory and landscape) architectural analysis and applications for integrated solutions for the cultural heritage, including the first bilingual Virtual Museum dedicated to an Etruscan city

GPCALMA: a Grid Approach to Mammographic Screening

The next generation of High Energy Physics experiments requires a GRID approach to a distributed computing system and the associated data management: the key concept is the "Virtual Organisation" (VO), a group of geographycally distributed users with a common goal and the will to share their resources. A similar approach is being applied to a group of Hospitals which joined the GPCALMA project (Grid Platform for Computer Assisted Library for MAmmography), which will allow common screening programs for early diagnosis of breast and, in the future, lung cancer. HEP techniques come into play in writing the application code, which makes use of neural networks for the image analysis and shows performances similar to radiologists in the diagnosis. GRID technologies will allow remote image analysis and interactive online diagnosis, with a relevant reduction of the delays presently associated to screening programs.Comment: 4 pages, 3 figures; to appear in the Proceedings of Frontier Detectors For Frontier Physics, 9th Pisa Meeting on Advanced Detectors, 25-31 May 2003, La Biodola, Isola d'Elba, Ital

Accidental falls in hospitalized children: an analysis of the vulnerabilities linked to the presence of caregivers

Introduction. This study stemmed from the data gathered by a research conducted by the coordinator of the Department of Healthcare Services and a group of nurses involved in a research on accidental falls in hospitalized children at the ?G. Gaslini? Children?s Hospital and Scientific Research Institute in Genoa, Italy. The first retrospective study evaluated the accidental falls in hospitalized children referred to the three-year period 2003- 2006, while the second perspective study, referred to the trimester March-May 2007, found that the main cause of falls in children was parent?s distraction. Methods. The method adopted in the first phase of our study was a proactive risk analysis (The Basics of Healthcare Failure Mode and Effect Analysis), identified in the first place by the VA National Centre for Patient Safety and applied to the ?Child and parent hospital admission process?. This proactive risk analysis has proven to be very effective in preventing the risk of accidental falls in hospitalized children through effective communication and educational interventions. The second phase of our study consisted of two Focus Groups for accidental traumatic events. Results. The analysis of the results of the study showed how effective communication is instrumental, not only to have a better awareness of the children and their parents during their stay in hospital, but also to implement educational sessions on prevention to reduce the risk of accidental traumatic events. Conclusions. The present study contributes to improve safety and the quality of care by motivating nurses to keep their attention high on falls in hospitalized children, by monitoring and the development of new risk assessment tools

Interference Study of the chi_c0 (1^3P_0) in the Reaction Proton-Antiproton -> pi^0 pi^0

Fermilab experiment E835 has observed proton-antiproton annihilation production of the charmonium state chi_c0 and its subsequent decay into pi^0 pi^0. Although the resonant amplitude is an order of magnitude smaller than that of the non-resonant continuum production of pi^0 pi^0, an enhanced interference signal is evident. A partial wave expansion is used to extract physics parameters. The amplitudes J=0 and 2, of comparable strength, dominate the expansion. Both are accessed by L=1 in the entrance proton-antiproton channel. The product of the input and output branching fractions is determined to be B(pbar p -> chi_c0) x B(chi_c0 -> pi^0 pi^0)= (5.09 +- 0.81 +- 0.25) x 10^-7.Comment: 4 pages, 4 figures, Accepted by PRL (July 2003

Resummation Methods at Finite Temperature: The Tadpole Way

We examine several resummation methods for computing higher order corrections to the finite temperature effective potential, in the context of a scalar $\phi^4$ theory. We show by explicit calculation to four loops that dressing the propagator, not the vertex, of the one-loop tadpole correctly counts ``daisy'' and ``super-daisy'' diagrams.Comment: 18 pages, LaTeX, CALT-68-1858, HUTP-93-A011, EFI-93-2