The Department of Humanities (DiSU) of UniTS has been invited by Princeton University to participate in a prestigious international research project aimed at creating repositories of all numismatic databases. The project, called NOMISMA, involves the collaboration of top-level institutions, including Dumbarton Oaks in Washington and the University of Oxford. The UniTS Nomismata platform has been recognised as being of exemplary value, able to contribute to the development of an innovative tool for the definition and analysis of Byzantine monetary typology.

The ultimate goal is therefore the creation of a digital, accessible and interactive platform that will enable scholars and enthusiasts to obtain up-to-date and detailed information at a glance, especially regarding the places of discovery and circulation of the centuries-old Byzantine issues. These sources will promote the understanding of economic history, relations between territories even outside the borders of the empire, the study of the functioning of the mints and above all the statistical calculation of the volume of the monetary stock coined in a well-defined historical period. The involvement of UniTS highlights the scientific value and importance of the work carried out by our university in the field of numismatic research, which is internationally recognised.

In particular, the contribution of UniTS / DiSU will be fundamental in updating and defining the dataset on the typology of Byzantine coins for the period from Anastasius I to the Byzantine emperor Phocas. The data will be digitised and integrated according to the standards defined by the UniTS Nomismata platform, dedicated to the chronological and geo-referencing of coin finds from the Byzantine era, developed by DiSU also as part of a PRIN grant that has Prof. Bruno Callegher, a former professor of Numismatics, as its leader, and Prof. Andrea Gariboldi as its reference person, Giorgio Donato and Jordan Piščanc as computer designers and developers, with the collaboration of researchers Kateryna Sorochan, Giulio Carraro and Cristiano Rossetti for research and data implementation.

The study, published in the prestigious journal Science Advances, presents a simple and innovative method for making new materials that combine the extraordinary properties displayed by single metal atoms with the strength, flexibility and versatility of graphene.

Graphene is a material consisting of a two-dimensional network of carbon discovered in 2004 that has had a huge impact on the scientific community, leading to its discoverers being awarded the Nobel Prize in Physics in 2010.

The proposed method consists of depositing metal atoms, such as cobalt, in a controlled manner during the formation of the graphene layer on a nickel surface. Some of these atoms are incorporated into the carbon network of graphene, creating a material with exceptional properties of strength, reactivity and stability even under critical conditions.

The new material can be detached from the substrate while retaining its original structure and is therefore potentially usable in applications in catalysis, spintronics and electronic devices.

The work presented is the result of an international collaboration between researchers from CNR-IOM (Materials Foundry), the University of Trieste, the University of Milan Bicocca and the University of Vienna.

Giovanni Comelli, UniTS: ‘The contribution of different and complementary skills was decisive in demonstrating the effectiveness of this approach, which is both simple and powerful at the same time.’

Cristina Africh (CNR-IOM): ‘It is still a preliminary result, but already very promising, the result of an original idea born in our laboratory that initially seemed unfeasible.’

Cristiana Di Valentin (University of Milan Bicocca): ‘We have applied this method to trap nickel and cobalt atoms, but our calculations say that the use could be extended to other metals for different applications.’

Jani Kotakoski (University of Vienna): ‘We have shown that this material survives even critical conditions, including the electrochemical environments used for fuel cell and battery applications.’

Published article

V. Chesnyak, D. Perilli, M. Panighel, A. Namar, A. Markevich, T. An Bui, A. Ugolotti, A. Farooq, M. Stredansky, C. Kofler, C. Cepek, G. Comelli, J. Kotakoski, C. Di Valentin, C. Africh. Scalable bottom-up synthesis of Co-Ni-doped graphene. Science Advances vol, issue (2024). DOI: https://doi.org/10.1126/sciadv.ado8956

UniTS has never registered such a high number of students for its bachelor's degrees: 3,920 students have started the 2024-2025 academic year.

Numbers that testify to a growth of 15% compared to last year and 40% compared to pre-pandemic (2019-2020).

And it is still possible to enrol in History and Philosophy, Humanities and Foreign Languages, and Literature by 11th November, in Political and Administrative Sciences by 30th November.

The University confirms its ‘pink’ status with 60% of women among those enrolled in the bachelor's degree programmes. In detail, the courses with the largest increase in the female proportion are the degrees in Physics, Chemistry, Statistics and Computer Science for Business, Finance and Insurance, Political and Administrative Sciences, Humanities and Education.

Female students are in the majority in all degree courses in the departments of Chemical and Pharmaceutical Sciences; Life Sciences; Legal, Language, Interpreting and Translation studies; Political and Social Sciences; Humanities (with the exception of the course in History and Philosophy) and the Department of Medical, Surgical and Health Sciences (with the exception of the course in Occupational and Environmental Health and Safety).

The attractiveness of the university has also been confirmed. Since 2019-2020 there has been a steady and significant upward trend, confirmed by the 700 enrolled students from abroad this year.

Taking a look at the numbers of Italian enrolled students, students from Friuli Venezia Giulia constitute a fundamental part of the university community with Trieste the province naturally most represented, with 25% of enrolled students, followed by Udine, Gorizia and Pordenone. Arrivals from other regions (40% of the total) confirm that the most numerous representations come from Veneto, Lombardy, Sicily, Puglia and Emilia Romagna.

These are the degree courses with the most significant increase in enrolments compared to last year: in first place is the Speech Therapy course (+87%), followed by Electronic Engineering and Computer Science (+49%), International Economics and Financial Markets (+40%) and Business Administration and Management (+35%). The latter two courses grow by 80% and 154% respectively compared to pre-pandemic levels.

Also significant is the growth for Psychiatric Rehabilitation (+28%), Humanities (+23%), Civil and Environmental Engineering (+26%), Psychology (+22%) and Physics (+21%).

The courses consolidating a big leap in enrolments compared to academic year 2019-2020 are Chemistry (+104%), History and Philosophy (+59%), Nursing (+57%), Psychology (+44%) and Science and Technology for the Environment and Nature (+43%).

The integrated master’s degree courses, all of which have a competitive admission, saw all available places filled.

For master's degree courses, there is still time: enrolments will close with various deadlines between December 2024 and March 2025.

UniTS students Francesco Benda, Claudia Depalma and Soraya Temporini are the winners of the 2024 edition of X - Culture. An exceptional result also made possible by the financial support that the Pietro Pittini Foundation has guaranteed since 2018.

X-Culture is an international competition, coordinated for UniTS by Prof. Donata Vianelli, in which the students' business-plan development skills are put to the test, as well as their commitment to consistently carrying out the steps of the competition.

After passing an initial test, the students are placed in virtual teams of 6-8 students from universities in different countries.

In 2024, a total of 5,377 students from 131 universities in 70 countries on six continents participated in the project. They worked in 1,289 global virtual teams. The best 50 students from the teams ranked in the top 10% in the initial phase of the project were admitted to the international finals. The latter were again divided into multicultural teams to prepare for the international finals held at the University of St. Louis (USA).

This year, two teams were equal winners, with three UniTS students from the Department of Economics, Business, Mathematics and Statistics (2 in one team and 1 in the other): Claudia Depalma and Francesco Benda, attending the Master's Degree in Marketing and Management, and Soraya Temporini, a third-year student in the Bachelor's Degree in Business & Management (taught in English).

Here is a description of the two winning Business Plans:

International team of Francesco Benda

The project focused on the impact of the World Congress of Dermatology 2031 in Cape Town, offering an innovative solution to transform the city into a dermatology hub for advanced research. Its excellence lies in its integrated approach between economic growth, sustainable innovation, promotion of technological advances in the field of dermatology and community involvement. It aims to enhance local resources, promote medical tourism and improve international collaborations, ensuring long-term economic and scientific benefits for Cape Town.

International team of Claudia Depalma and Soraya Temporini

The project aims to make Dublin a global dermatology hub, with a real social impact for the city. They came up with specific activities for the hypothetical client's event and permanent initiatives, such as skin scanners in the most frequented spots. The #LoveYourSkinDublin campaign promotes inclusion and normalisation of skin diseases. Thanks to a cost-cutting strategy, services will be free of charge, making dermatological examinations more accessible and incentivising innovation.

At X - Culture, the evaluation of the best business plans is based not only on the quality of the content (market analysis, marketing and communication, operational processes, logistics, human resources) but also on the innovativeness of the ideas and solutions proposed and on clarity of presentation.

Trieste, November 6, 2024 – A new generation of plastic microsatellites, modular like interlocking structures, integrating electrical connections between the various operational boards inside, thus making them lighter, more spacious, and more efficient: this is the goal of the RISE (Resilient Integrated Structural Elements) project from the University of Trieste and the company PICOSATS.

Since (NET) 6th of November, the International Space Station has hosted a very special prototype designed by UniTS researchers and the university's spin-off company, PICOSATS.

It is a cube made of plastic material with conductive tracks (circuits) running through it, which connect the operational boards mounted on the sides of the object. The electrical component, essential for the satellite’s operation, is thus integrated into the structure, making it much more robust, cheaper, and easier to produce compared to the older generation.

The microsatellite structure, made of 3D-printed plastic and hollow inside, finally allows for the modular management of its geometry, as if assembling modular building blocks... but extremely high-tech!

‘During the four months in which we will test our idea, we will find out if the device can function in microgravity and withstand the stresses from the launch of SpaceX's CRS-31 mission aboard the Falcon 9 rocket,’ explains Stefano Seriani, professor of Robotics at UniTS and scientific coordinator of RISE. ‘If so, we will have laid the groundwork for a real revolution in the microsatellite market.’

These space objects lend themselves to extremely versatile applications, ranging from Earth observation to telecommunications, to astrophysics and planetary exploration.

The RISE project took its first steps in 2018 when the founding team won the challenge sponsored by ICE Cubes within the ‘Space Exploration Masters’ competition organised by the European Space Agency (ESA), placing second in the ESA & Commercial Partners challenge.

The project thus secured a ‘ticket’ to the International Space Station provided by Space Applications Services, a Belgian aerospace company..

Now, in the year of the University of Trieste’s 100th anniversary, it has become a reality, thanks also to the contribution of ASI, the Italian Space Agency, which financed its development.

‘We wanted to bring this important anniversary into space,’ concludes Seriani. ‘Inside the cube, we included the UniTS 100th anniversary logo which, together with the PICOSATS logo, will float in microgravity, sending very special greetings to our ground command centre.’

An international research team coordinated by the University of Trieste's Department of Physics has synthesised a potential bifunctional catalyst, mimicking the functionality of vitamin B12, i.e. one capable of promoting two distinct chemical reactions, each supported by a different oxidation state of the metal. Also known as cobalamin, a molecule to the centre of which is bound a single cobalt atom, vitamin B12 is in fact capable of catalysing different reactions depending on the context. The results of the study, with important application implications in the field of energy storage and transport, have been published in the scientific journal Advanced Functional Materials.

The study involved the collaboration of the Materials Laboratory Institute of the National Research Council (CNR-IOM), Elettra Sincrotrone Trieste and the Laboratory for Surface Nanostructures of EPFL in Switzerland. The activities were funded in the context of the PRIN 2022 and PRIN NRRP projects.

'Energy storage and transport are today's most strategic applications; however, from the point of view of available technologies, they are still far from optimal. Think, for example, of rechargeable batteries and the need to use two separate catalytic agents to support the opposing reactions of oxidation and reduction in reversible charge and discharge processes', explains Erik Vesselli, professor of experimental matter physics at the Department of Physics, University of Trieste. ‘The result we have obtained shows, however, how we can be inspired by nature to create new materials of extreme applicative interest in the field of green energy, i.e. bifunctional catalysts, capable by themselves of promoting different chemical reactions.’

Cobalt is one of the strategic metals in the periodic table, already particularly used in catalysis. Its functionality can be controlled by defining the way it coordinates and calibrating its oxidation state. In nature, vitamin B12 - also known as cobalamin, as it is characterised by a single cobalt atom - in its various forms and through complex mechanisms, is itself able to regulate the oxidation state of this single cobalt atom, thus changing its reactivity and stability.

‘We did the same’, Vesselli continues: ‘That is, we synthesised a matrix of two-dimensional molecules and single cobalt atoms, using a single sheet of graphene as a worktable. By controlling the co-ordination, we were able to modulate the oxidation states of cobalt just as occurs in vitamin B12, and were also able to obtain phases in which several oxidation states are co-present in the material.’

In conclusion, the researchers succeeded in synthesising and characterising a new material whose properties are determined by long-range electronic and magnetic interactions between different reaction centres, i.e. individual cobalt atoms. This was achieved by combining state-of-the-art experimental techniques using laser sources, synchrotron light and microscopy techniques, combined with numerical simulations.

Full study published in Advanced Functional Materials 

Co(III), Co(II), Co(I): Tuning Single Cobalt Metal Atom Oxidation States in a 2D Coordination Network

Trieste, 23rd October 2024 – Today the University of Trieste awarded degrees to its first 26 graduates in Dentistry and Prosthodontics with concurrent professional certification.

The new graduates discussed their theses in the ‘Rita Levi Montalcini’ Hall of the Cattinara Hospital in front of Rector Roberto Di Lenarda, who awarded them the title.

The vocational degree was established by the Italian Ministry of Universities and Research as of the academic year 2023-2024 and UniTS is among the very first universities in Italy to have implemented the degree, serving as an example for other universities in the future.

‘The transition to this vocational degree is testimony to the excellence of the University of Trieste, which is part of the small group of Italian universities able to implement the new degree right away,’ stressed Rector Roberto Di Lenarda. ‘By the academic year 2027-2028 everyone will be expected to offer the level of training that we have been offering for years. I would also like to emphasise how the clinical activity of the professionals in training (both undergrads and postgrads) provides an extraordinary support to the provision of dental care, in a collaboration between the University and the Regional Health Service.’

Friuli Venezia Giulia, and in particular the area covered by ASUGI (local health authority), represents the area with the widest range of high-quality dental services in Italy.

The Region's public dentistry programme was inaugurated in 2017. It was conceived and coordinated by Roberto Di Lenarda, President of the College of University Lecturers of Odontostomatological Disciplines and Director of ASUGI's Maxillofacial Surgery and Odontostomatology Clinic since 2000.

Since then, in the Trieste area alone, it has provided 500,000 services at the Maxillo facial Surgery and Odontostomatology Clinic in the Ospedale Maggiore (ASUGI) and 60,000 in the Paediatric Odontostomatology Department, directed by Milana Cadenaro, the current coordinator of the Bachelor’s Degree in Dentistry and Dental Prosthetics.

Trieste, 23rd October 2024 - The programme for the 2024-2025 academic year of the project 'The Lincean Academy for new teaching methodology in schools', in which the University of Trieste plays a leading role, has been presented.

The Trieste Hub of the initiative's national network, with the collaboration of the Foundation 'The Lincean Academy for Schools', the Regional School Office of Friuli Venezia Giulia and the Friuli Venezia Giulia Region, has been engaged for six years in organising refresher and advanced training activities for school teachers in the four disciplines covered by the project: Italian, mathematics, digital and science.

‘Primary and secondary school teachers from all over Italy take part in the project every year,’ explains University of Trieste lecturer Roberta Bulla, coordinator of the Trieste Hub. ‘From 2021 to date we have had a total of 1,000 teachers enrolled.’

‘At a complex time for the Italian university and school system such as the one we are currently experiencing, the role of support for the training of school teachers played by UniTS within the framework of the Lincean project is of strategic importance," says Rector Roberto Di Lenarda. "I would like to thank the Region for the support that it once again guarantees our university and all of our teachers involved, who add these activities to their ordinary ones with great passion and commitment.’

‘The presence of the Lincean Hub in Trieste represents a great opportunity for the education system in Friuli Venezia Giulia. Teachers who train and update their knowledge improve not only their own preparation, but also the school within which they teach and the system as a whole. If, as confirmed by the data from the Invalsi 2024 tests, school education in FVG is of high quality and the drop-out rate is among the lowest in Italy, we certainly owe this to projects like this one, which the regional administration will continue to support, as an investment for the younger generations, in the years to come,’ adds Alessia Rosolen, Regional Councillor for Employment, Training, Education, Research, University and Family.

‘In an ever-changing society, continuous teacher training is of fundamental importance to ensure the quality of education. It represents an opportunity for effective professional development and growth of the teaching profession. With a view to promoting continuous training, the FVG Regional School Office has signed an agreement with the FVG Region and the Universities of Trieste and Udine in which it commits itself to disseminating the training activities organised by the two university centres as part of the project ‘The Lincean Academy for new teaching methodology in schools’ and to cooperating in identifying tutor teachers among the local educational institutions to support teaching and workshop activities,’ concludes Daniela Beltrame, Head of the Friuli Venezia Giulia Regional School Office.

The project stems from a Memorandum of Understanding signed by the Lincean Academy, the Ministry of Education and Merit, and the Ministry of Universities and Research, with the aim of supporting and encouraging the improvement of the national education and training system through numerous initiatives aimed at promoting a renewal of teaching-learning processes in the scientific and humanistic disciplines.

The programmes proposed for the 2024/2025 academic year are highly structured.

The University of Trieste today proclaimed 133 new PhDs, the highest number ever, during the Graduation Day ceremony held in the Main Hall of Building A in Piazzale Europa.

The 36th-cycle PhDs, who celebrated their proclamation with the traditional ‘tossing of the academic cap’, registered a further increase in the international presence – one in five is in fact from abroad – and witnessed the perfect gender balance achieved among PhD students. 

‘Graduation Day,’ says Prof. Alessandro Baraldi, Deputy for scientific research and Doctorates at the University of Trieste, ‘does not only celebrate the achievement of an extraordinary milestone for our young researchers, but it is also the moment when the University wishes to express its gratitude to the PhD students, who represent a fundamental part of our research activity. 

It is a recognition,' Baraldi concludes, ’that will culminate on 2nd December, with the awarding of the PhD Innovation Awards in the centenary year.’

The University of Trieste's initiative – an absolute novelty – will celebrate through the awarding of five prizes to young scholars a century of research, excellence, creativity and ingenuity, rewarding innovation in thought, knowledge, research methodologies and technologies.

The guest of honour at Graduation Day was Marco Gori, Professor of Computer Science at the University of Siena, who delivered a lectio magistralis entitled ‘Intelligent Machines that do not Accumulate Data’, in which he proposed a new approach to artificial intelligence and machine learning that is not based on the massive accumulation of data. 

Gori suggested that, as happens in nature, machines can develop cognitive skills through interactions with the environment, thus avoiding the centralisation of large collections of data. This approach would reduce privacy risks and concentration of power.

The University of Trieste ranks once again in the 501-600 range among the world’s top universities according to the prestigious THE 2025 ranking published by Times Higher Education.

The ranking evaluates universities based on five main indicators, each with a specific weight: teaching quality (29.5%), research environment (29%), research quality (30%), knowledge transfer to industry (4%), and international outlook (7.5%).

Compared to the previous year, the University of Trieste achieved higher scores in teaching quality and research environment, two key areas that together represent 60% of the overall evaluation. Specifically, the teaching quality score rose from 31.9 to 33, while the research environment score increased from 25.1 to 26.4.

This achievement reflects the university's strength in the global academic landscape, placing it in the top 28% of the world’s best universities ranked by THE, which reviews only 2,092 institutions among over 20,000 worldwide.