The University of Trieste is a medium-sized university in Trieste in the Friuli-Venezia Giulia region of Italy. The university consists of 12 faculties, boasts a wide and almost complete range of university courses and currently has about 23,000 students enrolled and 1,000 professors. It was founded in 1924.The historical international vocation of the University of Trieste is witnessed by its intense and high-level activity: Trieste is the centre of many research facilities, with which the University is connected.The number of international inter-university co-operation agreements rapidly increased these last years. These agreements involve staff and student mobility, both within EU Programmes like the Socrates programme and agreements exclusively concerned with research activities.In 2009, in the Il Sole 24 Ore National University Ranking, University of Trieste resulted the second best university in Italy. Moreover, in 2014, it was evaluated the second best Italian university by the Times Higher Education World University Rankings and the 201st worldwide. Wikipedia.
Carrosio G.,University of Trieste
Energy Policy | Year: 2013
In recent years, Italy has witnessed a proliferation of agricultural biogas plants. This article argues that institutional factors have played an important role in their diffusion. It describes the state and evolution of agricultural biogas in Italy, and then investigates the extent to which institutional pressures have been influential in shaping organizational models of biogas production. It finds that the dominance of one particular organizational model is the result of an isomorphic process in which a monopolistic market, legal structures, and subsidies play a role. The prevalence of this organizational model, however, does not lead to the effective use of biogas production, and furthermore it results in low environmental efficiency. For a more sustainable development of bioenergy, Italian policy-makers should reform the existing institutional framework by reorganizing subsidies, liberalizing the management of gas grids, and involving farmers in local projects. © 2013 Elsevier Ltd.
Olivares S.,University of Trieste
European Physical Journal: Special Topics | Year: 2012
In this tutorial, we introduce the basic concepts and mathematical tools needed for phase-space description of a very common class of states, whose phase properties are described by Gaussian Wigner functions: the Gaussian states. In particular, we address their manipulation, evolution and characterization in view of their application to quantum information. © 2012 EDP Sciences and Springer.
Pellizzoni L.,University of Trieste
Global Environmental Change | Year: 2011
Recent years have witnessed the spread of an array of market-inspired environmental governance approaches, often associated with neoliberal ideas, programs and policies. Drawing on the governmentality framework and focusing on the examples of biotechnology patenting and the financialisation of climate and weather, the article argues that the conceptual underpinnings of these approaches lie in a novel understanding of the ontological quality of the biophysical world. The latter is conceived as fully plastic, controllable, open to an ever-expanding human agency. Neoliberal governance operates through, rather than despite, disorder - that is, through contingency, uncertainty, instability. In the public realm this idea constitutes a sort of shared horizon of meaning; but environmental social theory has a difficult time accounting for it. By reviewing three major perspectives, namely ecological modernization, neo-Marxism and poststructuralism, it is shown that behind contradictions and reticence in their assessments of neoliberal governance lie difficulties in making sense of the latter's theoretical core. This sets a challenging research program for social theory. © 2011 Elsevier Ltd.
Di Niro R.,University of Trieste
Nucleic acids research | Year: 2010
We have developed a high-throughput protein expression and interaction analysis platform that combines cDNA phage display library selection and massive gene sequencing using the 454 platform. A phage display library of open reading frame (ORF) fragments was created from mRNA derived from different tissues. This was used to study the interaction network of the enzyme transglutaminase 2 (TG2), a multifunctional enzyme involved in the regulation of cell growth, differentiation and apoptosis, associated with many different pathologies. After two rounds of panning with TG2 we assayed the frequency of ORFs within the selected phage population using 454 sequencing. Ranking and analysis of more than 120,000 sequences allowed us to identify several potential interactors, which were subsequently confirmed in functional assays. Within the identified clones, three had been previously described as interacting proteins (fibronectin, SMOC1 and GSTO2), while all the others were new. When compared with standard systems, such as microtiter enzyme-linked immunosorbant assay, the method described here is dramatically faster and yields far more information about the interaction under study, allowing better characterization of complex systems. For example, in the case of fibronectin, it was possible to identify the specific domains involved in the interaction.
Maggini L.,University of Namur |
Bonifazi D.,University of Namur |
Bonifazi D.,University of Trieste
Chemical Society Reviews | Year: 2012
This critical review aims at highlighting the prevailing supramolecular approaches employed nowadays in the preparation of luminescent hierarchised materials. Specifically, it has the ambition to illustrate how progresses in the control of the supramolecular interaction toolbox ultimately led to the development of spectacular luminescent nano- and micro-architectures, through a combination of molecular self-assembly and self-organisation processes involving organic π-conjugated molecules. The reader will be guided through a systematic exploration of the most common avenues to prepare and characterise luminescent self-assembled/self-organised materials embedded into one-, two- or three-dimensional networks, accompanied by a critical discussion of their main advantages and limitations. Key representative examples of this research field will be thoroughly described, with a particular focus on those systems displaying potential on the device application scene. Particular attention will be devoted to the design and synthetic approaches aimed at the preparation of the primary π-conjugated molecular modules, the chemical, structural and electronic properties of which dramatically influence the fate and the features of the self-assembled/self-organised material (215 references).