The University of Trieste hosted, in the Main Hall of Building D (Piazzale Europa Campus), the closing event of the 5G-SITACOR project, which conducted a feasibility study for the implementation of 5G along cross-border sections of the Mediterranean and Baltic-Adriatic TEN-T corridors between Italy and Slovenia.

The study was coordinated by the Region of Friuli Venezia Giulia, in collaboration with the University of Trieste, University of Ljubljana (Slovenia), DARS (Slovenia), Telekom Slovenije (Slovenia), Anas (Italy), Autostrade Alto Adriatico (Italy), Retelit (Italy) and Luka Koper (Slovenia) with the objective of evaluating and defining the best ways to exploit the potential of 5G technology (higher throughput, lower latency and higher reliability) in different areas for the development of linear infrastructure such as Connected and Automated Mobility (CAM) and road safety in the identified areas.

The event was attended by political representatives from the Ministry for Digital Transformation of the Republic of Slovenia and the Department of Property, State Property, General Services and Information Systems of the Friuli Venezia Giulia Region, as well as a technical contribution from the Ministry of Business and Made in Italy.

The study, preparatory to the participation of the FVG Region in the next call of the European Commission, analysed the state of the art, with geographical analysis, of the road network and telecommunication infrastructures, whose collected information allowed to develop the second part of the work. In fact, it was possible to define the parameters necessary for the creation of an infrastructure dedicated to the development of smart digital and services for territories and communities, evaluating the best ways to apply 5G network technology for the development of linear infrastructures, such as connected and automated mobility and road safety, along 275km of motorway between Friuli Venezia Giulia and Slovenia. 

In detail, the motorways covered by the study include over 200km of the Mediterranean corridor and the Baltic-Adriatic corridor, and over 60km of additional motorways as secondary routes in case of critical events. The main sections are: Udine Nord-Palmanova (27km), Latisana-Fernetti and Fernetti-Sežana (102km), Fernetti-Sezana-Divača (16km), Fernetti-Koper via Trieste (36km), Koper- Divača-Postojna (57km) and Villesse-Gorizia-Nova Gorica-Razdrto (62km).

The University of Trieste, as part of the project, was responsible for studying the safety requirements of the infrastructure, in particular how they can be enhanced through the use of quantum technologies. One of the most promising uses of 5G is the possibility of enabling autonomous driving, for which it is necessary to exchange a large amount of information (presence of other vehicles, road conditions, road signs, and so on and so forth.) and secure communications between all the elements of the infrastructure.

The working group co-ordinated by Prof. Angelo Bassi, full professor of Theoretical Physics, has developed an architecture based on quantum communication to ensure the safe exchange of information between moving vehicles and their control centres.

The University of Trieste, which for several years has been running an important programme for the development of these innovative technologies, has a cutting-edge laboratory for the development of quantum communication, which has been set up with the support of the Friuli Venezia Giulia Region.

In this regard, UniTS is also participating in the creation of a quantum network on fibre optics that will connect the three regional universities: the network will be managed by LightNet, one of the spearheads of our region in the field of communications infrastructure. Plans for the future are to connect this infrastructure to the rest of the country and neighbouring countries, including Slovenia. 

'The 5G Sitacor project,' Bassi concludes, 'paves the way for the realisation of a digital infrastructure that will benefit economic operators and citizens. In the academic field, I would like to emphasise the start of an important collaboration between the University of Trieste and the University of Ljubljana on a strategic issue for the area'. 

Developing a new therapy capable of completely regenerating the heart after a myocardial infarction, forming new tissue and new blood vessels to restore the heart muscle to full function: this is the goal of the RESCUE international research project - Bridging the gap between cardiac regeneration and revascularization coordinated by the University of Trieste, which involves experts in cardiac regeneration and angiogenesis from Italy, Spain, the Netherlands, Slovakia and Turkey.

‘For many years, progress in the fields of cardiac regeneration and angiogenesis have proceeded in the same direction, without talking to each other. However, repairing a heart damaged by an infarction requires the formation of both new heart muscle and new blood vessels. With the RESCUE project, we aim to bridge this gap between cardiac regeneration and revascularisation: we want, in fact, to develop a new biological drug containing two active ingredients - and in particular two RNA molecules - that can regenerate the heart and simultaneously promote the vascularisation of the regenerated tissue,' explains project coordinator Serena Zacchigna, professor of molecular biology at the department of medical, surgical and health sciences at the University of Trieste and head of the cardiovascular biology laboratory at ICGEB (International Centre for Genetic Engineering and Biotechnology).

The researchers have already identified a number of candidate molecules, which have been shown to promote the proliferation of heart muscle cells on the one hand and the formation of new blood vessels, both small capillaries and larger arteries, on the other. Over the next three years, researchers will experiment with different combinations until they identify the most effective one. This will be the first time that two biological molecules, capable of stimulating these two fundamental processes for the repair of an infarcted heart, are combined in a single drug, to demonstrate synergy of action. 

The University of Trieste – the only Italian university leading one of the seventeen projects selected by the CARDINNOV call for proposals – will coordinate the study in collaboration with the Monzino Cardiological Centre Research Hospital, in particular with the research group of Prof. Giulio Pompilio, scientific director and alternate Italian delegate to the Committee for Advanced Therapies (CAT) of the European Medicines Agency (EMA). 

'Myocardial infarction continues to be a major cause of death,' explains Prof. Giulio Pompilio, scientific director of the Monzino Cardiological Centre Research Hospital. 'Research has recently produced new RNA drugs that act on the risk factors of infarction, but there are still no therapies that stimulate heart repair. In the coming years, we expect more and more RNA drugs to be introduced into the clinic for the treatment of heart disease,' the professor concludes.

The National Centre for Cardiovascular Research (CNIC) in Madrid, the University of Utrecht, the Lokman Hekim University in Ankara, the Slovak Academy of Sciences, and the PLN Foundation patient association, the latter of which is responsible for educating and raising awareness among patients and caregivers about the new RNA therapies, are collaborating on the project. 

With funding of EUR 1.5 million - of which more than 600,000 are earmarked for Italy, through the Ministry of University and Research and the Ministry of Health - the project is promoted by the EU ERA4Health partnership, which supports collaboration between various European and international research bodies in priority areas in the health sector, fostering the development of therapeutic innovations..

The Wastereduce project, which involves Croatia and Italy as part of the VI European Territorial Cooperation Program Interreg 2021-2027, was presented at the University of Trieste.

The green project, lasting two and a half years, involves collaboration between research institutes, local administrations, environmental protection and resource management agencies, non-governmental organizations, and service companies. The goal is to improve waste management in protected areas and Natura 2000 Network sites. The initiative aims to implement joint actions to combat waste abandonment using innovative detection and intervention methods.

Eight partners from the regions of Friuli Venezia Giulia, Veneto, and Istria are participating in the project: the Institute of Agriculture and Tourism of Poreč, the consortium leader, the Department of Life Sciences at the University of Trieste, the Istrian Region, the Regional Agency for Environmental Protection of Veneto, the managing body of the natural reserves of the Istrian region "Natura Histrica", the Association for Nature, Environment, and Sustainable Development "Sunce" based in Croatia, ETRA SpA - a benefit company based in Bassano del Grappa (Treviso), and Etifor – Valuing Nature, a spin-off of the University of Padua.

Wastereduce, funded with over 1.6 million euros by the European Union, was created in response to recent alarming data provided by the European Community. This data predicts that, in a "business-as-usual" scenario, the amount of plastic waste entering aquatic ecosystems will nearly triple by 2040, rising from the current 9-14 million tons per year (2016 data) to a forecast of 23-37 million tons per year.

It is estimated that about 80% of this marine debris comes from land-based sources: waste inadequately managed in landfills, litter left on beaches and coastal areas, river runoff, coastal tourism, and waste directly disposed of at sea (e.g., illegal dumping or accidental release from ships).

These materials, especially plastics, cause severe economic damage, impacting coastal communities, tourism, navigation, and fishing. They also pose health risks to humans and biodiversity, affecting public health and resources like drinking water.

The project's approach aims to minimize human activities' pressure on protected areas and Natura 2000 sites by proposing solutions to reduce waste dispersal and developing cross-border cooperation mechanisms to monitor and identify critical areas where waste accumulation requires targeted management efforts. Complementary studies in behavioral psychology will be conducted to understand how to promote habit changes among those who use protected areas and may unknowingly contribute to environmentally harmful actions.

According to Dr. Barbara Sladonja of the Institute of Agriculture and Tourism of Poreč, the project coordinator, "Wastereduce aims to involve as many local entities, institutions, and individual citizens as possible from the outset, who can actively support societal change towards a more sustainable and low-impact future."

The use of advanced technologies, including satellite imagery, will be crucial for necessary territorial analysis to optimize waste collection points. "An important challenge we will face is understanding how the development of artificial intelligence can support remote monitoring systems to control waste accumulation in areas of natural value," says Professor Giovanni Bacaro, Professor of Environmental and Applied Botany at the University of Trieste and project referent for the Department of Life Sciences.

Finally, citizen involvement at various levels will be essential for the project's success. Education and awareness actions will focus on citizens, whose feedback will guide new waste management policies by the project partners. These policies are expected to translate into concrete actions to reduce, mitigate, and prevent pollution from waste in our natural reserves, rivers, and seas. Another result will be increased attractiveness for visitors to natural reserves, thereby enhancing the tourism value of the involved territories.

Political Science and Administration student Ilaria Corazza won a gold medal at the World University Rowing Championships hosted in Rotterdam, bringing UniTS to the top step of the podium.

The young athlete, together with Gaia Colasante of the University of Turin, triumphed in the women's doubles final, which took place in the Willem-Alexander Baan lake, thanks to a resounding stretch that started around 1,000 meters, first putting the Lithuanian crew behind and then overtaking the Polish team.

In the third leg of the race, the Italian pair increased the gap, holding the lead until the finish line with a 1.19-second advantage over the Polish team.

Ilaria Corazza adds this world championship title to an already rich record of achievements that counts an overall World title in the Lightweight four pair, a world title and an under-23 European title in the same speciality, as well as the recent victory at the University Games 2023 in the women's doubles.

Ilaria, who once again carried the colours of the Italian Rowing Federation and the University of Trieste, receives compliments from the entire academic community for the extraordinary talents she continues to demonstrate as an athlete and for the consistency and determination with which she reconciles her sporting and university commitments.

This morning saw the start of the first session of the 2024 Summer Training Modules, the orientation initiative aimed at students who have completed their third and fourth year of 'high school'.

This year's edition opens with record numbers, starting with an even broader (18 modules compared to last July's 12) and more multidisciplinary training offer, but above all for the number of school students involved: 702 enrolled, almost 200 more than the first 2023 session, with a 40% increase.

The initiative confirms its attractiveness for high school students not only from our area: almost 40% of those enrolled come from outside Trieste and 10% from outside the region. Boys and girls from Campania, Emilia-Romagna, Lazio, Lombardy, Apulia, Sardinia, Sicily, Tuscany, Umbria and Veneto, as well as from abroad (Argentina, Ethiopia, India and Venezuela) will also be getting to know UniTS.

The opening ceremony took place in the Aula Magna of the H3 building with the participation of Giulio Xhaet, partner and digital strategist at Newton S.p.A, with an interactive speech entitled 'Da grande' (When I grow up).

During his speech, Xhaet touched on several topics, including what questions to ask yourself to find your career path and how to increase your skills through personal passions.

Almost 5.5 million euros of cascade funding was announced today at the University of Trieste. The funding is promoted by the iNEST programme, financed by the European Union - Next Generation EU from NRRP funds. 

Recipients of this initiative are micro, small, medium and large enterprises.

Following on from the first round in August 2023, this year, the calls for proposals issued by the 9 Spokes of the iNEST ecosystem targeting the North-East and the South of Italy are once again aimed at stimulating research, development and technology transfer initiatives, and at developing innovative procedures or increasing their maturity for full exploitation by enterprises.

Project proposals must be received by midnight on 8 July 2024. The calls for proposals in Spokes 8 and 9 of iNEST located in the Trieste area have two project themes: Maritime, marine and inland water technologies: towards the Digital Twin of the Upper Adriatic, and Models, Methods, Computing Technologies for Digital Twin. These themes are represented, respectively, by the University of Trieste and the International School for Advanced Studies (SISSA).

As in the first round of funding, in this second round, both Spokes envisage a budget of €1,732,090 for the Triveneto (Friuli Venezia Giulia, Veneto and Trentino-alto Adige regions) call for applications and €979,141 for the Mezzogiorno (southern regions of Italy) call for applications. Over the two-year period 2023-24, a total of 5,422,462 euros will be allocated by each Spoke to companies.

The calls for tenders offer a great opportunity, in particular for the development of technology and materials that will benefit hi-tech and digital economy companies. The component and sensor sectors could equally benefit from the creation of digital 3D models or augmented reality applications which require data monitoring, collection, storage and analysis.

‘The regional university system,’ says Pierluigi Barbieri, Professor at UniTS and Coordinator of Spoke 8, ‘is working in synergy to create opportunities for collaboration between the public and private sectors that can guarantee and improve the attractiveness and competitiveness of our region.’

‘The project follows an innovation model which aims to use research as a base to modernise and grow the production system. This model thrives thanks to the partnership of the nine universities in the Triveneto area and thanks to the institutions of excellence in Trieste.’

‘There are, therefore, all the conditions,’ Barbieri concludes, ‘for the iNEST project to reach its potential and become a real activator of economic wellbeing and improved quality of life.’

‘Our main objective is to bring together expertise and trade associations. This is a great opportunity to boost and enhance the projects within enterprises. We hope that as many companies as possible will pay attention to this opportunity,' says René Buttò, head of SISSA's Enhancement and Innovation Office.

Franco Scolari, Director of the Polo Tecnologico Alto Adriatico, emphasised the Polo's role in translating research expertise into results for companies. Stefano Querin (OGS), representative for Spoke 8, also spoke at the press conference. 

The calls for cascade funding are available on the iNEST website  

Yesterday, Thomas Parisini, Full Professor of Automation at the Department of Engineering and Architecture at the University of Trieste, was dubbed a Knight of the Order of Merit of the Italian Republic (Cavaliere al Merito della Repubblica Italiana).

The honour was awarded to the UniTS professor on 2 June in Piazza dell'Unità d'Italia, during the official ceremony marking the 78th anniversary of the founding of the Republic. The insignia was presented by the Prefect of Trieste Pietro Signoriello and UniTS Rector Roberto Di Lenarda.

The Order of Merit of the Italian Republic (OMRI), established in 1951, is the highest of the orders of the Italian Republic and is intended to ‘reward merits acquired on behalf of the Nation in the field of literature, the arts, economics and in the performance of public service and activities carried out for social, philanthropic and humanitarian purposes, as well as for long and distinguished civil or military service’.

This prestigious civil award sits alongside a number of other awards that have characterised Thomas Parisini's academic career, which began at the University of Genoa, where he graduated with honours in Electronic Engineering (1988) and a PhD in Electronic and Computer Engineering (1993).

He subsequently became Associate Professor at the Politecnico di Milano and is currently Full Professor of Automation at the University of Trieste, a position affiliated with the Danieli Group. He is also holds positions as the Chair of Industrial Control, and as the Head of the Control and Power Group at Imperial College London (UK).

Parisini was also Deputy Rector for Business Relations at the University of Trieste from 2009 to 2013.

In 2018, he was awarded an honorary doctorate from Aalborg University (Denmark).

Some of the main positions held by Parisini include President of the Institute of Electrical and Electronics Engineers (IEEE) Control Systems Society in 2021-2022 and Chairman of the Editorial Board (Editor in Chief) of the international journal IEEE Trans. on Control Systems Technology.

He has also received several scientific awards such as IEEE Fellow, IFAC Fellow, the 2007 IEEE Distinguished Member Award, the IFAC Best Application Paper Prize from the Journal of Process Control, Elsevier, and the 2004 Outstanding Paper Award from the IEEE Trans. on Neural Networks.

Federico Rosei, full professor of Industrial Chemistry at the Department of Chemical and Pharmaceutical Sciences at the University of Trieste, has received two important international awards.

Rosei has been appointed Materials Research Society (MRS) Fellow 2024 for ‘his leadership in the nanomaterials synthesis and characterization, in particular multifunctional materials and their integration in optoelectronic devices, and for his sustained international efforts in service, mentoring and outreach in the field.’

The UniTS lecturer was also presented with the 2024 Fellowship Awards by the Canadian Association of Physicists (CAP) ‘in recognition of his remarkable achievements in materials physics, particularly multiferroic materials and quantum dots, coupled with outstanding mentorship of trainees, and for international leadership which promotes the excellence of Canadian physics on a global scale’.

Now that the Italy-Austria Interreg project SENSHOME has come to an end, the University of Trieste has obtained new funding from the European Union, enabling the university to continue its studies. The funding will strengthen research and innovation and help to introduce advanced technology, more know-how and the best practices regarding architecture for people with cognitive disabilities.

This is the specific objective of the new Italy-Austria Interreg project "BeSENSHome: Sensors in sensitive environments. Inclusive spaces which accommodate the needs of those with cognitive disabilities".

As part of the BeSENSHome project, advanced systems and smart sensor networks will be specially installed into residences, day-care centres, workplaces and facilities hosting people with neurocognitive disabilities, in order to enhance environmental comfort for occupants. To achieve this innovative goal, these systems must be customisable in order to accommodate the needs of the residents, providing individuals with the maximum level of agency possible over their built environment. Thanks to artificial intelligence coupled with the sensor network, the environment will be able to learn the preferences or requirements of the occupant, identifying stressful triggers and adjusting environmental conditions. It will also be able to alert assistants if intervention is needed, pre-emptively preventing any potentially dangerous conditions from arising. The insertion of these sensor networks into people’s environments will be implemented to the finest detail to ensure optimal integration into existing contexts. To achieve these goals and make the system as useful and user-friendly as possible, a collaborative research and design approach will be adopted throughout the project.

The developed system will then be put to the test, implementing the technologies discreetly and unobtrusively in environments where neurodivergent people and their family members/caregivers need support in their daily lives.

This support will be enhanced by the study of architectural solutions for the spaces. For example, the appropriate choice of materials for furniture and upholstery, lights and light dimming devices will facilitate sight, tactility and comfort within the various environments. The chosen spaces will also be investigated from an acoustic, visual and thermo-hygrometric point of view. This is both in order to optimise the operation of environmental sensors and to study their appropriate positioning to ensure privacy, increase autonomy, and render everyday environments more inclusive and safe.

The UniTS scientific coordinator is Giuseppina Scavuzzo, Associate Professor in Architectural and Urban Composition, Coordinator of the Architectural Studies Course of the Department of Engineering and Architecture of the University of Trieste.

Project partners include: Free University of Bozen-Bolzano (lead partner), the University of Trieste, Kärnten University of Applied Sciences, Eureka system s.r.l., Fondazione Progettoautismo FVG onlus, MCI Management Center Innsbruck GmbH.

 BeSENSHome   

Eugenio Fornasiero of the Department of Life Sciences at the University of Trieste has been awarded € 248,000 by the Telethon-Cariplo Call for Proposals to fund a research project on neurodevelopmental disorders.

The initiative, which the two Foundations commit to continuing into the future, is dedicated to clarifying those still obscure aspects of the human genome potentially responsible for rare diseases.

Now in its third year, the Fondazione Cariplo and Fondazione Telethon call for proposals has led to the selection of 14 new research projects, for a total of € 3.2 million and 22 research groups involved.

In Friuli-Venezia Giulia, € 248,000 have been allocated to fund a project of the University of Trieste.

This brings the total joint investment by the two Foundations to almost € 14 million, which has led to the funding of 59 research projects involving 90 Italian research centres.

This initiative, inspired by a programme of the US National Institutes of Health (NIH), aims precisely to ‘illuminate the darkest portion of the human genome’, inviting researchers to study genetic aspects and molecular mechanisms that are still largely unknown or poorly understood, but which represent potential for the development of new therapies for rare diseases. In particular, projects were to focus on the study of so-called T-dark targets, for which information on structure, function and interaction with molecules and drugs is unknown. Although the human genome has been completely sequenced, we still know very little about many genes and the proteins they encode. Suffice it to say that of the 4500 human proteins considered to be possible pharmacological targets, only 700 are currently in the crosshairs of approved drugs: this means that of all the others, more than 80 per cent, there could be proteins that are suitable to be studied in order to develop new therapies, but for several reasons are not being studied.

Eugenio Fornasiero from the Department of Life Sciences at the University of Trieste will coordinate a study on neurodevelopmental disorders. In particular, the project focuses on a specific gene called CCDC32, classified as TDark of which we have very limited knowledge. The loss of function of CCDC32 is the direct cause of a rare and non-specific syndromic intellectual disability,

often accompanied by physical abnormalities. By delving into its function, the fundamental basis for understanding not only this specific gene, but also the more general mechanisms underlying rare intellectual disabilities and associated physical malformations will be provided.

As far as the geographical distribution of the research centres involved is concerned, most - 14 out of 22 - are located in Lombardy; the others are in Emilia-Romagna, Friuli Venezia Giulia, Marche, Piedmont and Tuscany. Among the pathologies under study are certain forms of muscular dystrophy such as Duchenne’s and facio-scapulo-humeral dystrophy, blood diseases such as haemochromatosis, haemorrhagic telangiectasia and thalassaemia, but also neurodevelopmental disorders and rare tumours.

A total of 77 project proposals were submitted by Italian non-profit, public or private research organisations. Of these, 69 were deemed suitable and submitted to the evaluation process, entrusted to a medical-scientific commission of 15 internationally renowned scientists from all over the world and chaired by Dr. Massimo Pandolfo of Mc Gill University in Montreal (Canada). For the evaluation of the projects, the peer-review method was used, which indicates the critical assessment that a work or publication receives from specialists with similar skills to those of the person submitting it, guaranteeing the transparency and fairness of the evaluation.