Symposia
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SY SYMPOSIA
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September 22 |
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09:00 - 10:30 | |||||||||||
New drug delivery systems in biomedical applications - Part 1 SY.I.1 - TT.I.A |
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Co-organized with ISS Chairs: Annarica CALCABRINI & Stefania MESCHINI, ISS |
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SY.I.1.1 TT.I.A.1 |
Simona SENNATO - CV CNR-ISC & Sapienza University of Rome A novel approach for determination of size and absolute concentration of liposomes based on Laser Transmission Spectroscopy (LTS) technique |
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SY.I.1.2 TT.I.A.2 |
Paolo VERSACI - CV Sapienza University of Rome Graphene oxide nanocomposites for drug delivery in cancer cells |
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SY.I.1.3 TT.I.A.3 |
Martina MARSOTTO - CV Roma Tre University Gold nanorods: how the structure-property relationship controls biotechnological applications |
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11:30 - 13:00 | |||||||||||
New drug delivery systems in biomedical applications - Part 2 SY.I.2 - TT.II.C |
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Co-organized with ISS Chairs: Annarica CALCABRINI & Stefania MESCHINI, ISS |
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SY.I.2.1 TT.II.C.1 |
Marzia GARIBOLDI - CV University of Insubria Free and poly-methyl-methacrylate-bounded BODIPYs for photodynamic therapy |
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SY.I.2.2 TT.II.C.2 |
Beatrice SIMONIS - CV Sapienza University of Rome Transport of cationic liposomes in a human Blood Brain Barrier model: role of the stereochemistry of lipid components on liposome physico-chemical and biological features |
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SY.I.2.3 TT.II.C.3 |
Maria Beatrice ARASI - CV Department of Oncology and Molecular Medicine - ISS Direct targeting of metastatic melanoma cells through anti-CSPG4-conjugated nanoparticles and natural loaded vesicles |
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09:00 - 10:30 | |||||||||||
Tools to measure and stimulate activity in brain tissue and their applications SY.II - TT.I.C |
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Co-organized with CNR-IMM Chair: Guglielmo FORTUNATO, CNR-IMM |
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SY.II.1 TT.I.C.1 |
Maria Victoria SANCHEZ VIVES - CV IDIBAPS, Spain Electrical modulation of cerebral cortical activity |
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SY.II.2 TT.I.C.2 |
Luca MAIOLO - CV CNR- IMM Ultra-thin flexible electronics and hybrid solutions for smart neural interfaces |
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SY.II.3 TT.I.C.3 |
Maurizio MATTIA - CV ISS Decoding motor plans and other from coarse grained intracortical recordings |
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SY.II.4 TT.I.C.4 |
Valentina BENFENATI - CV CNR-ISOF Glial engineering and glial interfaces: new path towards neuromodulation |
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Organ-on-Chip for innovative clinical trials SY.III - TT.I.E |
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Co-organized with the European project FLAMIN-GO Chair: Roberto GIANNANTONIO - CV, CNR - IRSA |
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SY.III.1 TT.I.E.1 |
Annalisa CHIOCCHETTI - CV University of Piemonte Orientale The FLAMIN-GO project |
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SY.III.2 TT.I.E.2 |
Alessandra NERVIANII - CV Queen Mary University of London, UK Applying precision medicine to unmet clinical needs in Rheumatoid Arthritis |
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SY.III.3 TT.I.E.3 |
Alessandro POLINI - CV CNR NANOTEC - Institute of Nanotechnology, National Research Council Organ-on-chip technology: are we ready for clinical-trials-on-chip? |
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SY.III.4 TT.I.E.4 |
Mauro PETRETTA - CV REGENHU 3D Bioprinting: inspiring new strategies for personalized healthcare |
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SY.III.5 TT.I.E.5 |
Salvatore GIRARDO - CV Max Planck Institute for the Science of Light, Germany Cell-like Hydrogel Microparticles for Mechanobiology |
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11:30 - 13:00 | |||||||||||
Smart Textiles and the role in nanotechnologies SY.IV - TT.II.E |
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Co-organized with the project PON R&I ARS01_00951 - Design, creatività e Made in Italy - ECOTEC Chair: Roberto GIANNANTONIO - CV, Klopman International Srl |
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SY.IV.1 TT.II.E.1 |
Karen DE CLERCK - CV Ghent University, Belgium Going from polymer to application: design of color-changing nanofibrous sensors |
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SY.IV.2 TT.II.E.2 |
Roberto GIANNANTONIO - CV Klopman International Srl Smart Textiles: the PON ECOTEC Project |
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SY.IV.3 TT.II.E.3 |
Marco PUGLIESE - CV Klopman International Srl Textile-integrated OLED light sources |
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SY.IV.4 TT.II.E.4 |
Roberto GIANNUZZI - CV CNR NANOTEC Chromogenic Textiles |
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SY.IV.5 TT.II.E.5 |
Pierangelo METRANGOLO - CV Polytechnic of Milan Innovative Solutions for a Greener Fluorine Chemistry |
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Microscopy for Materials Sciences SY.V - TT.II.G |
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Co-organized with ZEISS Chair: Veronica SPARACINO, ZEISS |
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SY.V.1 TT.II.G.1 |
Flavio COGNIGNI - CV Sapienza University of Rome Application of Sub-micron X-ray Microscopy in The Artificial Bone Grafting |
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SY.V.2 TT.II.G.2 |
Francesco CAZZANIGA - CV STMicroelectronics Non specular behavior of low KV STEM on thick samples |
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SY.V.3 TT.II.G.3 |
Ludovica ROVATTI - CV Polytechnic of Milan Opportunities offered by scanning electron microscopy for the analysis of materials obtained by innovative processes |
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SY.V.4 TT.II.G.4 |
Francesco BIANCARDI ZEISS Multi-Beam systems and integrated in-situ techniques |
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14:00 - 15:30 | |||||||||||
Microscopy for Life Sciences Cryo-Microscopy and Impact of Applied Physics on Optical Techniques SY.VI - TT.III.F |
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Co-organized with ZEISS Chair: Luciana DINI, Sapienza University of Rome |
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SY.VI.1 TT.III.F.1 |
Alessandro COMETTA - CV ZEISS The impact of Applied Physics on Light Microscopy: Lattice Lightsheet and Lattice SIM |
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SY.VI.2 TT.III.F.2 |
Francesco BIANCARDI ZEISS Cryo Correlative Workflow: Imaging the near to native state across multiple Microscopy platforms |
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SY.VI.3 TT.III.F.3 |
Paolo GRIANTI - CV JEOL JEOL CRYOARM: results with no compromise |
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Scale-up of Nanomaterials for Energy - Part 1 SY.VII.1 - TT.III.G |
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Co-organized with the European Innovation Council (EIC) Chairs: Francesco MATTEUCCI - CV, EIC & Roberto GIANNANTONIO - CV, CNR IRSA |
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SY.VII.1.1 TT.III.G.1 |
Paolo BONDAVALLI - CV Thales Research & Technology Nanomaterials: applications, uses-cases and scalability in production and implementation |
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SY.VII.1.2 TT.III.G.2 |
Sawaco NAKAMAE - CV EERA-AMPEA Joint Programme AMPEA (Advanced Material and Processes for Energy Applications) |
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SY.VII.1.3 TT.III.G.3 |
Mariya IVANOVA - CV Forschungszentrum Jülich GmbH, Institute of Energy and Climate Research – IEK-1: Materials Synthesis and Processing R&D activities at Forschungszentrum Jülich GmbH and examples of innovation uptake towards energy and environmental key technological solutions |
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SY.VII.1.4 TT.III.G.4 |
Schwan HOSSEINY - CV CENmat Smart Nanomaterials Design for Economic and Truly Green Hydrogen - from Milligram to Kilogram |
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16:00 - 17:30 | |||||||||||
Scale-up of Nanomaterials for Energy - Part 2 SY.VII.2 - TT.IV.G |
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Co-organized with the European Innovation Council (EIC) Chairs: Francesco MATTEUCCI - CV, EIC & Roberto GIANNANTONIO - CV, CNR IRSA |
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SY.VII.2.1 TT.IV.G.1 |
Francesco MATTEUCCI - CV, EIC Giulia MARZETTI - CV, European Commission, DG for Research and Innovation Scale-up of nanomaterials: the EC DG RTD initiatives |
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SY.VII.2.2 TT.IV.G.2 |
Valeria NICOLOSI - CV Trinity College Dublin, Ireland Scale-up of nanomaterials: the Research perspective |
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SY.VII.2.3 TT.IV.G.3 |
Fabio BOCCUNI - CV INAIL Prevention-through-design for nanomaterials innovation processes |
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SY.VII.2.4 TT.IV.G.4 |
Round Table with all participants | ||||||||||
14:00 - 15:30 | |||||||||||
The energy hubs and districts in Italy: a showcase for nanotech - Part 1 SY.VIII.1 - TT.III.H |
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Co-organized with University of Messina Chair: Gabriele CENTI, University of Messina Co-Chairs: Sebastiano CAMPAGNA, University of Messina & Siglinda PERATHONER, University of Messina & INSTM |
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SY.VIII.1.1 TT.III.H.1 |
Frederic CHANDEZON - CV CEA- Fundamental Research Division/IRIG, Grenoble, France SUNERGY a European large scale initiative on fossil free free fuels and chemicals |
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SY.VIII.1.2 TT.III.H.2 |
Antonio LUCCI RINA Hydrogen storage & transport challenges |
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SY.VIII.1.3 TT.III.H.3 |
Gaetano IAQUANIELLO NextChem (Maire/Tecnimont group) Long-duration Storage (LDS): a fundamental step for massive exploitation of Variable Renewable Energies |
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SY.VIII.1.4 TT.III.H.4 |
Francesco Luca BASILE University of Bologna & Italian delegate for cluster 5 Climate Energy and Mobility (EU HE) Green energy hubs for local integrated energy communities |
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16:00 - 17:30 | |||||||||||
The energy hubs and districts in Italy: a showcase for nanotech - Part 2 SY.VIII.2 - TT.IV.E |
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Co-organized with University of Messina Chair: Gabriele CENTI, University of Messina Co-Chairs: Sebastiano CAMPAGNA, University of Messina & Siglinda PERATHONER, University of Messina & INSTM |
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SY.VIII.2.1 TT.IV.E.1 |
Cosimo GERARDI - CV ENEL Green Power The role of high efficiency innovative silicon based PV technology for distributed energy production |
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SY.VIII.2.2 TT.IV.E.2 |
Francesca FERRAZZA ENI, Decarbonization & Environmental Technologies R&D programme Innovative technologies at ENI for renewable energy and decarbonization |
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SY.VIII.2.3 TT.IV.E.3 |
Alessandro VIVIANI The European House – Ambrosetti H2 Italy 2050: A national hydrogen value chain for the growth and decarbonization of Italy |
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SY.VIII.2.4 TT.IV.E.4 |
Luigi CREMA FBK, Centre Sustainable Energy Hydrogen valleys: concepts, application in the Alpine Region and the role of novel technologies |
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Recent advances in Image Analysis and Data Management SY.IX - TT.IV.F |
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Co-organized with ZEISS Chair: Matteo TROMBETTONI, ZEISS |
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SY.IX.1 TT.IV.F.1 |
Francesco BIANCARDI & Alessandro COMETTA ZEISS Image Analysis and Data Management in Microscopy – how to work in a modern and connected Research Laboratory |
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SY.IX.2 TT.IV.F.2 |
Silvia CONTESSI & Alessandro COMETTA ZEISS Hands-on Session: a case study of remote data acquisition and on-site data processing |
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September 23 | |||||||||||
09:00 - 10:30 | |||||||||||
Development of Micro and Nanotechnologies for Predictivity, Diagnosis, Therapy and Regenerative Treatments of Pathological of Bone and Osteo-Articular Alterations SY.X - TT.V.C |
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Co-organized with Distretto Tecnologico Sicilia Micro e Nano Sistemi Chair: Sabrina CONOCI, University of Messina, CNR-IMM & Distretto Tecnologico Sicilia Micro e Nano Sistemi Co-Chairs: Giovanna CALABRESE, University of Messina & Francesco TRAINA, Istituto Ortopedico Rizzoli - Bologna |
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SY.X.1 TT.V.C.1 |
Luigi AMBROSIO - CV CNR-IPCB, Napoli Engineering Biomaterials and bio-interfaces |
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SY.X.2 TT.V.C.2 |
Damiano GENOVESE - CV University of Bologna Synergic use of fluorescent hyaluronan and core-shell nanoparticles for enhanced in-vitro osteoinductivity and osteoconductivity |
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SY.X.3 TT.V.C.3 |
Massimiliano MARAGLINO MISCIAGNA Finceramica Biomimetic and nanostructured 3D scaffold for joint surface preservation |
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SY.X.4 TT.V.C.4 |
Maria Grazia RAUCCI - CV CNR-IPCB, Napoli Therapeutic and regenerative biomaterial for bone cancer treatment |
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From life sciences to innovative materials: stories of successful integration of technology and nanoresearch Part 1 SY.XI.1 - TT.V.D |
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Co-organized with ISS Chair: Marco CRESCENZI, ISS - Co-Chair: Rossella CANESE, ISS |
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SY.XI.1.1 TT.V.D.1 |
Lucia Lisa PETRILLI - CV Ospedale Pediatrico Bambino Gesù Imaging and single single-cell mass cytometry in pediatric high grade glioma |
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SY.XI.1.2 TT.V.D.2 |
Lucia GABRIELE - CV ISS - OMM Tumor on a chip: using microfluidic devices to understand interaction between tumor and immune cells |
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SY.XI.1.3 TT.V.D.3 |
Luana LUGINI - CV ISS - OMM Natural Killer-derived extracellular vesicles: immune sensors and antitumour bullets |
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SY.XI.1.4 TT.V.D.4 |
Olimpia VINCENTINI - CV SANV Investigating nanocellulose uptake and local effects following oral exposure: the NANOCELLUP project |
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11:30 - 13:00 | |||||||||||
From life sciences to innovative materials: stories of successful integration of technology and nanoresearch Part 2 SY.XI.2 - TT.VI.C |
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Co-organized with ISS Chair: Marco CRESCENZI, ISS - Co-Chair: Rossella CANESE, ISS |
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SY.XI.2.1 TT.VI.C.1 |
Stefano AMALFITANO - CV CNR - IRSA Uncovering the release of micro and nanoplastics from disposable face masks at times of COVID-19 |
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SY.XI.2.2 TT.VI.C.2 |
Andrea LAGHI - CV Sapienza University of Rome & Ospedale S. Andrea Nanoparticles and theranostics: state-of-the-art of clinical experience |
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SY.XI.2.3 TT.VI.C.3 |
Federica PALOMBARINI - CV Sapienza University of Rome Self-assembling ferritin-dendrimer nanovehicles for targeted delivery of small RNAs to tumor cells |
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SY.XI.2.4 TT.VI.C.4 |
Maria FITTIPALDI - CV University of Firenze Magnetic Nanoparticles in Bioreactors for Theranostic Applications: Host-Guest Characterization by EPR and Mössbauer Spectroscopies |
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09.00 - 10.30 | |||||||||||
A new generation of power converters and intelligent power switches, based on GaN, for higher performance applications in the sector of smart mobility and renewable energy SY.XII - TT.V.E |
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Co-organized with Distretto Tecnologico Sicilia Micro e Nano Sistemi Chair: Leoluca LIGGIO, Coordinator of the European Project “GaN4AP” & Distretto Tecnologico Sicilia Micro e Nano Sistemi |
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SY.XII.1 TT.V.E.1 |
Leoluca LIGGIO Coordinator of the European Project “GaN4AP” & Distretto Tecnologico Sicilia Micro e Nano Sistemi The GaN4AP project overview and objectives |
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SY.XII.2 TT.V.E.2 |
Gaudenzio MENEGHESSO - CV Scientific Responsible of the European Project “GaN4AP” & University of Padova GaN for Advanced Power Applications: the future of power electronics |
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SY.XII.3 TT.V.E.3 |
Danilo FALCHI Valeo, France Gan for Automotive - LV power application |
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SY.XII.4 TT.V.E.4 |
Martin HAUG - CV Wurth, Germany Impact of GaN on passive component requirements |
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Recent Advancements in surface modification for Micro and optoelectronics SY.XIII - TT.V.G |
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Co-organized with FBK Chair: Massimo BERSANI, FBK |
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SY.XIII.1 TT.V.G.1 |
Elia SCATTOLO FBK & Free University of Bozen-Bolzano Near infra-red light detection enhancement of plasmonic photodetectors |
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SY.XIII.2 TT.V.G.2 |
Michael A. MORRIS Trinity College Dublin, Ireland Vapour phase infiltration of polymer functionalised substrates for thin film and pattern formation |
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SY.XIII.3 TT.V.G.3 |
Gizem YANALAK - CV Selcuk University, Turkey Enhanced Photocatalytic Hydrogen Evolution by Mesoporous Graphitic Carbon Nitride/Black Phosphorus/Gold Nanohybrid |
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SY.XIII.4 TT.V.G.4 |
Azlouk MANEL - CV Necmettin Erbakan University, Turkey Selective Chromate Filtration Based Cellulose Fiber Composite by Lab-in Syringe Systems |
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SY.XIII.5 TT.V.G.5 |
Mustafa ERSOZ Selcuk University, Turkey Preparation of NiO-ERGO nanocomposite film modified SPE for sensing application |
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SY.XIII.6 TT.V.G.6 |
Gizem TURKKAN - CV Selcuk University,Turkey Preparation of Co3O4-ERGO nanocomposite film modified SPE for sensing application |
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11.30 - 13.00 | |||||||||||
Manufacturing and industrial applications of 3D and 4D printing of polymer nanocomposites and devices - Part 1 SY.XIV.1 - TT.VI.E |
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Co-organized with Polytechnic of Turin & CNR-IMM Chairs: Ignazio ROPPOLO & Annalisa CHIAPPONE, Polytechnic of Turin |
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SY.XIV.1.1 TT.VI.E.1 |
Shlomo MAGDASSI - CV The Hebrew University of Jerusalem, Israel Additive manufacturing: The next industrial revolution |
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SY.XIV.1.2 TT.VI.E.2 |
Valentina BERTANA - CV Polytechnic of Turin From macro- to nano- additive manufacturing: 3D priting of active devices |
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SY.XIV.1.3 TT.VI.E.3 |
Paolo BARIANI - CV Schaefer South-East Europe srl How 3D Non-contact surface metrology improves additive manufacturing processes |
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SY.XIV.1.4 TT.VI.E.4 |
Gustavo GONZALEZ - CV AIRI Industrial 3D printing with polymers: current and future trends |
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16.00 - 17.30 | |||||||||||
Manufacturing and industrial applications of 3D and 4D printing of polymer nanocomposites and devices - Part 2 SY.XIV.2 - TT.VIII.F |
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Co-organized with Polytechnic of Turin & CNR-IMM Chairs: Ignazio ROPPOLO & Annalisa CHIAPPONE, Polytechnic of Turin |
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SY.XIV.2.1 TT.VIII.F.1 |
Michele DELLA CIANA - CV CNR-IMM & University of Ferrara High vacuum compatibility of 3D printed parts |
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SY.XIV.2.2 TT.VIII.F.2 |
Giancarlo RIZZA - CV École Polytechnique de Paris, France 4D additive manufacturing: the way to program 3D printed objects |
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SY.XIV.2.3 TT.VIII.F.3 |
Lorenzo CALABRI - CV ART-ER, Bologna High Performance Production Through 3D-Printing, the Vanguard Initiative 3DP Pilot |
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SY.XIV.2.4 TT.VIII.F.4 |
Stefano BERTOLDO - CV INFN-LNL Simple 3D printed supports for particle detection at L.N.L. |
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11.30 - 13.00 | |||||||||||
Innovative packaging materials and tools for preventive conservation of Cultural Heritage SY.XV - TT.VI.G |
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Co-organized with CSGI Chair: Rodorico GIORGI - CV, CSGI |
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SY.XV.1 TT.VI.G.1 |
Antonio MIRABILE - CV MIRABILE Nanomaterials supporting preventive conservation of Cultural Heritage: the contribution of the EU funded APACHE project |
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SY.XV.2 TT.VI.G.2 |
Rodorico GIORGI - CV CSGI – University of Florence Environmentally friendly ZnO/Castor oil polyurethane composites for the adsorption of acid VOCs |
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SY.XV.3 TT.VI.G.3 |
Siavash MARAGHECHI - CV Eindovhen University of Technology, The Netherlands In depths of paper degradation: A microscale experimental methodology |
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SY.XV.4 TT.VI.G.4 |
Daniela IACOPINO - CV Tyndall National Institute-University College Cork, Ireland Flexible and bendable sensor platforms for monitoring of heritage artworks |
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Materials and devices in photonic quantum technologies - Part 1 SY.XVI.1 - T.VI.H |
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Co-organized with FBK Chair: Georg PUCKER, FBK |
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SY.XVI.1.1 TT.VI.H.1 |
Valeria SAGGIO - CV University of Vienna, Austria Demonstrating quantum speed-ups in reinforcement learning using an integrated photonic processor |
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SY.XVI.1.2 TT.VI.H.2 |
Alexander SZAMEIT - CV Uni-Rostock, Germany Topological Photonics |
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SY.XVI.1.3 TT.VI.H.3 |
Mario AGIO - CV Stu Siegen, Germany Diamond nanophotonics and electronics for bright single-photon emission |
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SY.XVI.1.4 TT.VI.H.4 |
Samuele GRANDI - CV ICFO, Spain Integrated, Multiplexed Quantum Memories for Quantum Communication |
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14.00 - 15.30 | |||||||||||
Materials and devices in photonic quantum technologies - Part 2 SY.XVI.2 - T.VII.G |
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Co-organized with FBK Chair: Georg PUCKER, FBK |
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SY.XVI.2.1 TT.VII.G.1 |
Simone Luigi MARASSO - CV Polytechnic of Turin Advanced facilities for the realization of quantum devices in Piedmont |
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SY.XVI.2.2 TT.VII.G.2 |
Ottavia JEDRKIEWICZ - CV IFN-CNR, Como Laser writing of color centers and optofluidics in synthetic diamond for quantum technologies |
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SY.XVI.2.3 TT.VII.G.3 |
Luigi SANTAMARIA - CV ASI Overview of Quantum Technologies in the frame of Italian Space Agency activities |
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Green chemistry and LCA applications as tools for sustainability in the textile value chain - Part 1 SY.XVII.1 - TT.VII.C |
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Co-organized with University of Bergamo Chairs: Giuseppe ROSACE - CV, University of Bergamo & Roberto VANNUCCI - CV, Centro Tessile Cotoniero & Abbigliamento S.p.A. |
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SY.XVII.1.1 TT.VII.C.1 |
Stefania DAL CORSO - CV CentroCot Green chemistry and textile innovation: the environmental product assessment |
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SY.XVII.1.2 TT.VII.C.2 |
Brecht TOMME - CV Ghent University, Belgium Removing finishing chemicals from outdoor acrylic textiles |
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SY.XVII.1.3 TT.VII.C.3 |
Olga CHYBOVÁ - CV Inotex, Czech Republic Reduction of the waste generation through prolongation of the service life of textile products |
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16.00 - 17.30 | |||||||||||
Green chemistry and LCA applications as tools for sustainability in the textile value chain - Part 2 SY.XVII.2 - TT.VIII.C |
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Co-organized with University of Bergamo Chairs: Giuseppe ROSACE - CV, University of Bergamo & Roberto VANNUCCI - CV, Centro Tessile Cotoniero & Abbigliamento S.p.A. |
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SY.XVII.2.1 TT.VIII.C.1 |
Claudio BRUGNONI, Brugnoni - CV Michela SECCHI, CentroCot - CV Economic evaluation and environmental impact of surgical masks |
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SY.XVII.2.2 TT.VIII.C.2 |
Claudio COLLEONI - CV ArgoChem Srl Fluoro-free water repellent finish: properties and compliance with environmental standards |
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SY.XVII.2.3 TT.VIII.C.3 |
Maria Rosaria PLUTINO - CV CNR-ISMN Innovative bio-based hybrid materials for the development of sustainable applications |
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14.00 - 15.30 |
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ARTES 4.0 and ISAAC PROJECT at SNS: fluorescence microscopy and deep-learning algorithms for nanomedicine SY.XVIII - TT.VII.E |
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Co-organized with Scuola Normale Superiore Chairs: Pasqualantonio PINGUE & Francesco CARDARELLI - CV, Scuola Normale Superiore |
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SY.XVIII.1 TT.VII.E.1 |
Chiara CAPPELLI Scuola Normale Superiore & Delegata al Trasferimento tecnologico e coordinatrice macronodo ARTES4.0@SNS ARTES 4.0 and Technology Transfer at Scuola Normale Superiore |
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SY.XVIII.2 TT.VII.E.2 |
Francesco CARDARELLI - CV NEST-Scuola Normale Superiore Basic research and Healthcare 4.0: which relationship? A case study ... at the nanoscale |
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SY.XVIII.3 TT.VII.E.3 |
Giuseppe BARILLARO - CV University of Pisa Microlenses for monitoring pathogens on surfaces by exploiting fluorescence microscopy with a smartphone |
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SY.XVIII.4 TT.VII.E.4 |
Marco CASADEI - CV FLIMLABS Perspectives on new generation of FLIM instrumentation |
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Advanced technologies for occupational health and safety in nanomaterials production processes SY.XIX - TT.VII.F |
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Co-organized with INAIL and IIT Chairs: Stefania SABELLA - CV, IIT & Fabio BOCCUNI, INAIL |
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SY.XIX.1 TT.VII.F.1 |
Stefania SABELLA - CV IIT The “NanoKey” prevention-through-design approach: development, validation and technology transfer |
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SY.XIX.2 TT.VII.F.2 |
Francesca TOMBOLINI - CV INAIL Measurement and characterization of workers’ exposure in nano-objects production processes |
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SY.XIX.3 TT.VII.F.3 |
Delia CAVALLO - CV INAIL Biomonitoring of workers involved in the graphene production process |
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SY.XIX.4 TT.VII.F.4 |
Luisana DI CRISTO - CV IIT An Integrated cellular approach to predict the risk of nanomaterials following occupational exposure |
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SY.XIX.5 TT.VII.F.5 |
Evie L. PAPADOPOULOU - CV IIT Fluorescence-based paper sensors for the optical detection of nanomaterials |
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16.00 - 17.30 | |||||||||||
Nanotechnologies for Cultural Heritage SY.XX - TT.VIII.E |
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Co-organized with Scuola Normale Superiore Chair: Pasqualantonio PINGUE, Laboratorio NEST, Scuola Normale Superiore |
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SY.XX.1 TT.VIII.E.1 |
Pasqualantonio PINGUE Laboratorio NEST, Scuola Normale Superiore COMAST, il progetto regionale Toscano sui beni culturali: il contributo della Scuola Normale Superiore |
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SY.XX.2 TT.VIII.E.2 |
Patrizia CAPIZZI - CV University of Palermo Ultrasound-based diagnostics for cultural heritage |
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September 24 | |||||||||||
09:00 - 10:30 | |||||||||||
Electrochemical energy storage: the atomistic design perspective SY.XXI - TT.IX.B |
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Co-organized with ENEA Chair: Francesco BUONOCORE - CV, ENEA - Co-Chair: Margherita MORENO - CV, ENEA |
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SY.XXI.1 TT.IX.B.1 |
Francesco BUONOCORE - CV & Margherita MORENO - CV ENEA An introduction to the atomistic design of materials for electrochemical energy storage |
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SY.XXI.2 TT.IX.B.2 |
Michele PAVONE - CV University of Napoli, Federico II Ab initio modeling of electrode and electrode-electrolyte interfaces in post-Li batteries |
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SY.XXI.3 TT.IX.B.3 |
Otello Maria ROSCIONI - CV Material X, UK A computational journey from the electronic structure to the mesoscale... and back! |
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SY.XXI.4 TT.IX.B.4 |
Alan PASTORELLI - CV Flash Battery Towards a predictive analysis, diagnose and maintenance of batteries: data set optimisation, an industrial perspective |
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Medicine through nanomaterials SY.XXII - TT.IX.C |
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Co-organized with Sapienza University of Rome Chair: Luciana DINI, Sapienza University of Rome |
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SY.XXII.1 TT.IX.C.1 |
Emanuele MARI - CV University Campus Bio-Medico Microfluidic droplet-based synthesis of polymeric nanoparticles as controlled drug delivery systems |
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SY.XXII.2 TT.IX.C.2 |
Maria Rita CANDITO - CV University of Padova Chitin nanofibrils nanocomposite biocompatibility on inner ear cells |
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SY.XXII.3 TT.IX.C.3 |
Roberta FIORINO - CV University of Modena & Reggio Emilia Preclinical safety assessment of Superparamagnetic Iron Oxide Nanoparticles: exploring the Pomacea canaliculata as a suitable model for screening toxicity. Preliminary results |
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SY.XXII.4 TT.IX.C.4 |
Evgeniya PESHKOVA - CV University of Genoa Protein’s Langmuir-Blodgett nanofilms studied by X-Ray nanodiffraction (nanoXRD), X-ray free electron laser (XFEL) and Cryo-Electron Microscopy (Cryo-EM) |
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SY.XXII.5 TT.IX.C.5 |
Stephanie MORRIS - CV NanoComposix Silica in Nanomedicine: Developing Next-Gen Therapeutic Platforms |
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European Metrology Programme for Innovation and Research toward the Green Deal: Quantum, Energy and Environment SY.XXIII - TT.IX.D |
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Co-organized with INRIM Chair: Luca BOARINO, INRIM - Co-Chairs: Gianluca MILANO - CV, INRIM & Natascia DE LEO, INRIM |
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SY.XXIII.1 TT.IX.D.1 |
Burkhard BECKHOFF - CV Head of X Ray Spectrometry group, PTB Bessy II, Berlin, Germany Aeromet II |
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SY.XXIII.2 TT.IX.D.2 |
Zhi LI - CV Nanometrology Department, PTB, Braunschweig, Germany Metrology for high throughput characterisation of nanowire energy harvesting devices |
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SY.XXIII.3 TT.IX.D.3 |
Gianluca MILANO - CV Advanced Materials Metrology & Life Sciences, INRIM MEMQuD |
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SY.XXIII.4 TT.IX.D.4 |
Emanuele ENRICO - CV INRIM ParaWave (17FUN10) - Josephson travelling wave parametric amplifier and its application for metrology |
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Advances and perspectives in gas detection technology - Part 1 SY.XXIV.1 - TT.IX.E |
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Co-organized with FBK Chair: Andrea GAIARDO - CV, FBK |
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SY.XXIV.1.1 TT.IX.E.1 |
Elisabetta COMINI - CV University of Brescia Metal oxides nanostructures: optimisation of their chemical sensing properties |
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SY.XXIV.1.2 TT.IX.E.2 |
Stefano ZAMPOLLI - CV CNR-IMM, Bologna SensiMOX: towards a system-in-package multisensing smart cable |
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SY.XXIV.1.3 TT.IX.E.3 |
Ambra FIORAVANTI - CV CNR-STEMS, Ferrara The New Application of Metal Oxide Gas Sensors in Fluid Power Systems |
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SY.XXIV.1.4 TT.IX.E.4 |
Valentina PAOLUCCI - CV University of L’Aquila The role of surface oxidation on the gas sensing properties of 2D layered chalcogenides: the evidence of 2D/2D a-SnO2/SnSe2 heterostructures |
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SY.XXIV.1.5 TT.IX.E.5 |
Barbara FABBRI - CV University of Ferrara Chemical gas sensors for agri-food water management |
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11.00 - 12.30 | |||||||||||
Advances and perspectives in gas detection technology - Part 2 SY.XXIV.2 - TT.X.D |
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Co-organized with FBK Chair: Andrea GAIARDO - CV, FBK |
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SY.XXIV.2.1 TT.X.D.1 |
Veronica SBERVEGLIERI - CV Institute of Biosciences and BioResources - CNR How nanotechnology could help to achieve zero hunger goal |
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SY.XXIV.2.2 TT.X.D.2 |
Roberto DI CHIO - CV University of Messina Enhanced performances of sensors based on ALD-synthesized MOx/CNTs composites |
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SY.XXIV.2.3 TT.X.D.3 |
Martina Aurora COSTA ANGELI - CV Free University of Bozen-Bolzano Carbon-based flexible gas sensors: an overview of current trends |
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SY.XXIV.2.4 TT.X.D.4 |
Matteo VALT - CV University of Ferrara Operando FTIR for surface reactivity studies on chemiresistive gas sensor |
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TT.X.D.5 SY.XXIV.2.5 |
Matteo TONEZZER - CV IMEM - CNR Nano electronic noses |
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How to enable the access of SME to nanotechnologies SY.XXV - TT.X.B |
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Co-organized with the European Project NANOREGION Chair: Marco LAZZARINO, CNR-IOM Area Science Park |
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SY.XXV.1 TT.X.B.1 |
Marco LAZZARINO CNR-IOM, Trieste Welcome - NanoRegion: where nanotech meets business |
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SY.XXV.2 TT.X.B.2 |
Federica RIGONI - CV & Greta BONETTO - CV, University of Venice – Cà Foscari Anna DEL TEDESCO, NOXORSOKEM GROUP Srl University and entrepreneurship: synergies of technology and knowledge transfer for a successful growth. Ca' Foscari case study |
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SY.XXV.3 TT.X.B.3 |
Giancarlo GAZZADI - CV, CNR – Nano, Modena Alberto BORGHI, TEC STAR srl, Castelfranco Emilia (MO) Industrial application of nanotools at CNR-NANO Modena |
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SY.XXV.4 TT.X.B.4 |
Lorenza FERRARIO - CV, FBK Paolo CONCI, MicroFabSolutions Srl, Trento MicroFabSolutions as “technology transfer facilitator” and MNF as open facility for startups and SMEs |
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SY.XXV.5 TT.X.B.5 |
Francesca Romana BERTANI & Luca BUSINARO CNR - IFN, Roma In collaboration with Takis Biotech S.r.l High-throughput technologies for rapid screening of antibodies for antitumoral therapies |
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Safe by Design of nanomaterials in industrial production processes SY.XXVI - TT.X.E |
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Co-organized with EU Project SbD4Nano & AIRI Chair: Elisabetta TOSCHI - CV, ART-ER & SbD4Nano project |
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SY.XXVI.1 TT.X.E.1 |
Andrea PORCARI Airi & Gov4Nano project Needs and initiatives for risk governance and Safe by Design approaches for nanomaterials |
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SY.XXVI.2 TT.X.E.2 |
Blanca SUAREZ MERINO - CV Temasol AG and Gov4Nano project Implementation of Safe by Design: Lessons learnt from the Nanotechnology sector |
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SY.XXVI.3 TT.X.E.3 |
Lorenzo CALABRI - CV ART-ER and SbD4Nano project The SbD4Nano case studies structure, and path way to support SMEs |
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SY.XXVI.4 TT.X.E.4 |
Stefano MANFREDINI - CV e Silvia VERTUANI - CV Ambrosialab Srl, University of Ferrara and SbD4Nano project The use of nanomaterials in the cosmetic sector |
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SY.XXVI.5 TT.X.E.5 |
Ivonne TONANI TOMASONI - CV Red of View Srl and ASINA project Nanostructured capsules delivering active phases in cosmetics |
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SY.XXVI.6 TT.X.E.6 |
Brain-storming session: needs, tools and practices for Safe by Design implementation in companies | ||||||||||
Advanced solutions for characterizations in nanoscience SY.XXVII - TT.X.F |
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Co-organized with Sapienza University of Rome Chair: Daniele PASSERI, Sapienza University of Rome |
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SY.XXVII.1 TT.X.F.1 |
Mathias A. MOSIG |
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SY.XXVII.2 TT.X.F.2 |
Danny STAM - CV Eldico Scientific AG The nanocrystallography revolution: A dedicated device for 3D-Electron Diffraction experiments on nanocrystals |
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SY.XXVII.3 TT.X.F.3 |
Francesca SBRANA Schaefer Italy D-DLS a new solution for anisotropic nanoparticle characterization |
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14.00 - 15.30 | |||||||||||
Electrochemical storage: new materials for the batteries of the future - Part 1 SY.XXVIII.1 - TT.XI.B |
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Co-organized with ENEA Chair: Margherita MORENO - CV, ENEA |
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SY.XXVIII.1.1 TT.XI.B.1 |
Francesco BOZZA - CV ENEA Synthesis and characterization of Ni and Li - doped layered Manganese oxide as cathode material for Na ion batteries |
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SY.XXVIII.1.2 TT.XI.B.2 |
Akiko TSURUMAKI - CV Sapienza University of Rome Safe Gel Polymer Electrolytes for High Voltage Lithium Batteries |
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SY.XXVIII.1.3 TT.XI.B.3 |
Omar PEREGO - CV RSE RSE activities for the development of anode and cathode materials for sodium-ion batteries |
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SY.XXVIII.1.4 TT.XI.B.4 |
Luca BARGNESI - CV University of Bologna Sustainable Na-ion batteries for stationary applications |
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SY.XXVIII.1.5 TT.XI.B.5 |
Gabriele LINGUA - CV Polytechnic of Turin Towards Solid Batteries Operating at Ambient Temperature Through Safe, Highly Conducting, Solid Polymer-based Electrolytes |
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SY.XXVIII.1.6 TT.XI.B.6 |
Alessandro BRILLONI - CV University of Bologna Green design of lithium metal battery |
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16.00 - 17.30 | |||||||||||
Electrochemical storage: new materials for the batteries of the future - Part 2 SY.XXVIII.2 - TT.XII.B |
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Co-organized with ENEA Chair: Margherita MORENO - CV, ENEA |
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SY.XXVIII.2.1 TT.XII.B.1 |
Alessandra DI BLASI - CV CNR High Performance Electrocatalyst for Vanadium Redox Flow Battery |
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SY.XXVIII.2.2 TT.XII.B.2 |
Vincenzo MULONE - CV University of Rome Tor Vergata Stationary battery design and control for renewable integration in Local Energy Communities |
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SY.XXVIII.2.3 TT.XII.B.1.3 |
Arcangelo CELESTE - CV IIT/ENEA Electrochemical storage: new materials for the batteries of the future |
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SY.XXVIII.2.4 TT.XII.B.1.4 |
Leonardo SBRASCINI - CV University of Camerino Sustainable Conversion and Alloying Composite Anodes for Li- and Na-ion batteries |
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SY.XXVIII.2.5 TT.XII.B.1.5 |
Anna MANGINI - CV Polytechnic of Turin New polymer electrolytes for Li-O2 batteries |
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