| STAGE / ROOM 17 | ||||||||||||
| iENTRANCE Accelerating Innovation through Open Research Infrastructures |
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The iENTRANCE Featured Event at NanoInnovation 2025 offers a comprehensive introduction to one of Italy’s most advanced multidisciplinary research infrastructures, designed to support the energy transition, circular economy, and innovation-driven industrial development. Over the course of the event, participants will gain insight into iENTRANCE’s mission, strategic role, and technological core, as well as its extensive network of partners spanning academia, industry, and public institutions. Through presentations, technical showcases, and a high-level round table, the programme will illustrate how access to state-of-the-art facilities, expertise, and collaborative frameworks can accelerate research and transform innovative ideas into real-world solutions. Set within the context of NanoInnovation, Italy’s leading platform for nanoscience and nanotechnology, the event positions iENTRANCE as a key national and European hub for interdisciplinary collaboration, knowledge transfer, and high-impact innovation. |
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SCIENTIFIC COMMETTEE Vittorio MORANDI - Coordinator and PI @ CNR |
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| STAGE | ||||||||||||
| 15 September | ||||||||||||
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| 15:00 - 18:00 iENTRANCE: A Open Research Infrastructure for New Pathways for Advanced Research and Innovation FE.I.1 |
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| Infrastructure Coordinator: Vittorio MORANDI, Director of CNR-ISMN and President of the CNR Research Area in Bologna Moderator: Massimo SIDERI, Editorialist for Corriere della Sera and professor at Luiss Guido Carli University |
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| To officially present the iENTRANCE Research Infrastructure, highlighting its technological capabilities, high-value services, and opportunities for collaboration with industrial, scientific, and institutional stakeholders. The event aims to foster concrete connections between research and industry, showing how access to cutting-edge technologies can accelerate innovation in strategic sectors, such as energy transition and environmental sustainability. | ||||||||||||
| 15:00 - 15:20 Welcome Coffee |
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| 15:20 - 15:30 Welcome and Institutional Opening - Sapienza University of Rome |
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| 15:30 - 16:30 iENTRANCE: Vision, Structure, Core Technology and Access Policies |
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| The iENTRANCE team will present the infrastructure’s mission and strategic role, illustrating its network of partners and interdisciplinary synergies. The session will explain the different access modes—competitive, collaborative, and open—and outline the range of potential users, from SMEs and start-ups to universities, research centres, and public institutions. An accessible overview will be presented of the most advanced scientific facilities of iENTRANCE, described in terms of technique, field of application, and potential for development of the infrastructure’s target. |
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| 16:30 - 17:30 Round Table – The Role of iENTRANCE in the Italian and European Research Infrastructures Landscape |
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| This round table will examine the position and contribution of iENTRANCE within the broader Italian and European research infrastructure landscape. Leading voices from academia, industry, start-ups, policy, and science communication will discuss how such facilities can effectively address the real needs of companies and innovators, foster accessibility and impact, and enhance cross-sector collaboration. The debate will also highlight the importance of storytelling and public engagement, as well as the pivotal roles of sustainability, digitalisation, and technology transfer in maximising the value of open research infrastructures. | ||||||||||||
| PANELISTS | ||||||||||||
| Vittorio MORANDI, Coordinator of the iENTRANCE project Alfredo PICANO, Manager of the iENTRANCE Research Infrastructure Ennio CAPRIA, Deputy Head of Business Development at the European Synchrotron Radiation Facility Mario RAVERA, Head of University Sustainability, Research Infrastructures and Laboratories at Politecnico di Torino Michele MAZZOLA, Head of Research Facilities at the Ministry of University and Research Onofrio Antonino CACIOPPO, Technical Manager at LFoundry,Microelectronics company in Abruzzo |
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| 17:30 - 18:00 Conclusions and Call to Action |
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| 18:00 Cocktail in the Cloister & Networking |
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| 17 September | ||||||||||||
| ROOM 17 | ||||||||||||
| 09:00 - 10:30 Machine Learning Approach for Advanced Materials FE.I.2 - FE.II.1 - TT.I.H |
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| Chair: Giuseppe Zollo, Sapienza University of Rome | ||||||||||||
| This session explores the use of machine learning in the development of advanced materials. As material discovery grows more complex, data-driven methods enable faster property prediction and design. Topics include supervised/unsupervised learning, neural networks, and AI tools for materials science. Both theoretical and experimental contributions are welcome, including case studies in energy, catalysis, polymers, ceramics, and alloys. | ||||||||||||
| FE.I.2.1 FE.II.1.1 TT.I.H.1 |
Introductive Keynote Massimo CELINO - CV ENEA Data-Driven Nanoscience: Accelerating Materials Innovation through Machine Learning |
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| FE.I.2.2 FE.II.1.2 TT.I.H.2 |
Leila SOHRABI-KASHANI - CV School of Metallurgy and Materials Engineering, Iran University of Science and Technology,Tehran, Iran Effect of Additives on the Microscructure and structure of alumina nanofibers as catalyst support for methane combustion: a Machine Learning approach to Additive Selection |
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| FE.I.2.3 FE.II.1.3 TT.I.H.3 |
Andrea CORRADINI - CV University of Trento Scalable machine learning approach to light induced order disorder phase transitions with ab initio accuracy |
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| FE.I.2.4 FE.II.1.4 TT.I.H.4 |
Sara SHAHBAZI FASHTALI - CV Sapienza University of Rome From Classical Force Fields to Machine Learning Potentials: A Case Study on Graphene Oxide |
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| FE.I.2.5 FE.II.1.5 TT.I.H.5 |
Ambra GUARNACCIO CNR-ISM Accelerating materials discovery by automation in organic synthesis |
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| Round table on the Topic | ||||||||||||
| 11:30 - 13:00 2D Materials FE.I.3 - FE.II.3 - TT.II.I |
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| Chair: Alessio VERNA, INRIM | ||||||||||||
| 2D materials, are materials extended across two dimensions (length and width) but with thickness reduced to an atomic or molecular level. Well-known examples include graphene Transition Metal Dichalcogenides (TMDCs) and MXenes. The scientific community is captivated by 2D materials for a multitude of compelling reasons, driven by their unique properties, which are often unmatched in the conventional 3D world: exceptional electronic conductivity, optical transparency, and unprecedented mechanical strength. These characteristics make them ideal for revolutionizing electronics (faster transistors, flexible devices), sensor technology (ultra-sensitive sensors), and the energy and telecommunications sectors. Their versatility opens new frontiers in materials science and engineering. | ||||||||||||
| FE.I.3.1 FE.II.3.1 TT.II.I.1 |
Introductive Keynote Micaela CASTELLINO - CV Polytechnic University of Turin Exploring 2D Materials for Energy Transition and Sustainable Catalysis through XPS |
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| FE.I.3.2 FE.II.3.2 TT.II.I.2 |
Cristiana MASTROPIERRO - CV CNR-ISMN Electrochemical Exfoliation of TMD Flakes for Thermoelectric Applications |
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| FE.I.3.3 FE.II.3.3 TT.II.I.3 |
Mattia CAPECCIA - CV Sapienza University of Rome Investigating the Role of Organic-Inorganic Interactions in 2D chiral Perovskites via High-Pressure Optical Spectroscopy |
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| FE.I.3.4 FE.II.3.4 TT.II.I.4 |
Federico OLIVIERI - CV CNR-IPCB Reduced graphene oxide based multifunctional coatings for advanced textile applications |
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| FE.I.3.5 FE.II.3.5 TT.II.I.5 |
Pierpaolo BASSETTI - CV Sapienza university of Rome Strain induced room-temperature valley coherence in monolayer Transition Metal Dichalcogenides |
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| ROOM 17 | ||||||||||||
| 14:00 - 15:30 Materials for Smart Sensing Technologies FE.I.4 - TT.III.A |
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| Chair: Paolo Alberto GIULIANO ALBO, INRIM | ||||||||||||
| The development of smart sensing technologies is increasingly driven by advances in materials science and nanoscale engineering. Emerging materials are enabling sensors that are not only more sensitive and selective, but also adaptive to complex environments. At the same time, understanding and controlling intrinsic material properties—electronic, optical, mechanical, and molecular—provides the foundation for novel approaches to signal transduction. This session highlights how the integration of innovative materials, advanced characterization methods and nano scale technologies are unlocking new possibilities for sensing across diverse domains, including biomedicine, precision mechanics, electronic and metrology. | ||||||||||||
| FE.I.4.1 TT.III.A.1 |
Giulia MASSAGLIA - CV Polytechnique of Turin Flexible carbon-based multisensing platform for biometric monitoring |
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| FE.I.4.2 TT.III.A.2 |
Erik CERRATO - CV Quantum Metrology and Nanotechnologies Division, INRIM Laser stabilization on Erbium-doped LiYF4 for fine sensing applications |
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| FE.I.4.3 TT.III.A.3 |
Luigi RIBOTTA - CV Applied Metrology and Engineering Division, INRIM Electrostatic MEMS generator/actuator of nanoforces traceable to electrical and mechanical quantities |
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| FE.I.4.4 TT.III.A.4 |
Roberto DI CAPUA - CV University of Naples “Federico II” Synthesis and characterization of bio-inspired molecules starting from 5,6-Dihydroxyindole (DHI) for implantable and stretchable bioelectronics |
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| 16:00 - 17:30 Circular Innovation: from Waste to Resources FE.I.5 - TT.IV.A |
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| Chair: Ilaria FRATODDI, Sapienza University of Rome | ||||||||||||
| In the face of accelerating resource depletion and environmental degradation, the transition from linear to circular economic models is no longer optional—it's essential. This session explores the transformative concept of circular innovation, focusing on how scientific and technological advancements are enabling the conversion of waste into valuable resources. Drawing on recent interdisciplinary research, the presentation will highlight innovative approaches in material science, bioeconomy, and industrial symbiosis that redefine waste as a resource rather than a burden. Case studies from real-world applications will demonstrate how circular strategies not only reduce environmental impact but also create economic value and foster resilience. The session will feature on insights on policy, design thinking, and collaboration across sectors as key enablers of a sustainable circular future. | ||||||||||||
| FE.I.5.1 TT.IV.A.1 |
Introductive Keynote Roberto CHIRONE - CV CNR-STEMS Napoli/eLoop Beyond circular economy: the sustainable management of resources |
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| FE.I.5.2 TT.IV.A.2 |
Annalisa ABDEL AZIM - CV Polytechnic of Turin Driving innovation in biohydrometallurgy: critical metals extraction from e-waste using microbial and industrial effluents |
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| FE.I.5.3 TT.IV.A.3 |
Pierfrancesco CERRUTI - CV CNR-IPCB Cascade Recovery of Plant-Derived Biomolecules with Multifunctional Features for Packaging, Medicine, and Environmental Applications |
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| FE.I.5.4 TT.IV.A.4 |
Sara CERRA - CV Sapienza University of Rome Hydrophilic Pinewood Biochar-based Biopolymeric Composites for In-situ Groundwater Remediation |
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| 17:30 - 19:30 BreakOut Session BO.2.A - FE.I.6 |
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| STAGE | ||||||||||||
| iENTRANCE and Rome Future Week Connect @ NanoInnovation (Preliminary program – subject to confirmation) |
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| Co-organized with | ||||||||||||
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| https://romefutureweek.it/event/ientrance-incontra-la-rome-future-week/ | ||||||||||||
| Moderator: Paolo Poggio, Deputy Director of RaiNews24 | ||||||||||||
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On 17 September, during NanoInnovation 2025, the worlds of cutting-edge research and visionary entrepreneurship will converge in a special event born from the collaboration between iENTRANCE and Rome Future Week. This unique meeting will connect the energy of young innovators, the strength of advanced research infrastructures, and the creativity of start-ups committed to sustainability, digital transformation, and the energy transition. Participants will explore how multidisciplinary collaboration can accelerate innovation, inspire new generations, and generate real-world impact—transforming ideas into solutions for a smarter and greener future. The participation for not-already registered @ NanoInnovation (free registration on www.nanoinnovation2025.eu) |
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| BO.2.A.1 FE.I.6.1 |
17:30 - Welcome Address A warm welcome from iENTRANCE to the Rome Future Week partners, introducing key figures and setting the stage for an afternoon dedicated to innovation, collaboration, and forward-looking ideas. |
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| BO.2.A.2 FE.I.6.2 |
17:40 - Vittorio MORANDI: Presenting iENTRANCE An overview of the iENTRANCE mission, highlighting its role as a multidisciplinary research infrastructure supporting the energy transition, circular economy, and innovation-driven entrepreneurship. |
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| BO.2.A.3 FE.I.6.3 |
18:00 - Ennio TASCIOTTI: Opening Inspirational Talk “Mutations in Research” – An inspiring perspective for young researchers and entrepreneurs on how science evolves, adapts, and transforms to meet the challenges of the future. |
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| 18:20 Panel Discussion: Voices from Research and Start-ups |
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| A dynamic exchange curated by iENTRANCE and Rome Future Week, bringing together innovators from research, entrepreneurship, and investment to explore how ideas become impactful solutions. | ||||||||||||
| BO.2.A.4 FE.I.6.4 |
Jonathan POLLOTTO Deep-tech Innovation and Multidisciplinary Infrastructures: How access to advanced research infrastructures can accelerate deep-tech ventures, with insights on building a start-up, overcoming challenges, and embracing bold ideas. |
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| BO.2.A.5 FE.I.6.5 |
Francesca CIAVOLELLA Social and Environmental Innovation through Sustainable Mobility: Co-founder of Wegoo, an app for sustainable mobility in events, leveraging open data to create social and environmental impact. |
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| BO.2.A.6 FE.I.6.6 |
Grigory VODYANA Digital Innovation and Public System Efficiency: With the Padovia project, exploring how digitalization and AI-driven data analysis can enhance mobility systems in Italy for both users and service providers. |
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| 19:00 Networking Moment |
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| An informal closing to foster connections between researchers, entrepreneurs, and investors, encouraging the creation of new partnerships and collaborative projects. |
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