updated on September 6, 2024
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WS.XI NANOMICROFAB ADVANCED LAB ALONGSIDE WITH NANOMICROFAB@STESY TO BOOST NOVEL MATERIALS AND DEVICES September 12 |
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WORKSHOP COMMITTEE |
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The workshop aims at describing the open research infrastructures NanoMicroFab and NanoMicroFab@STESY based in the CNR research area of Rome Tor Vergata. Both infrastructures, led by CNR, are co-funded by Regione Lazio. NanoMicroFab open lab is governed by CNR in partnership with University of Rome Tor Vergata. It operates in the sector of advanced materials and electronic microfabrication with the mission to provide several services to companies, academia and research institutes. The proposed services include: new materials; development of processes and devices; design and characterization of materials and devices. NanoMicroFab@STESY is a new facility grown from the experience of NanoMicroFab that will implement new operational capabilities in the sector of sustainability in different application contexts, such as energy, aerospace and life sciences. NanoMicroFab@STESY intends to extend and integrate the instrumental support action of NanoMicroFab with the strong complementary skills and capabilities present in the CNR Area of Rome Tor Vergata, enhancing and developing the new regional STESY infrastructure through a synergistic strengthening with the instrumental backbone of NanoMicroFab. This infrastructure sees the participation of 5 CNR Institutes, the Engineering Department of the University of Tor Vergata, INAF Astrophysics Institute and the Hypatia Consortium. The organization, the available instrumentation and access rules of the two facilities will be illustrated along with their research activity in different sectors. |
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| September 12 | ||||||||
| 09:00 - 10:30 NanoMicroFab Open Lab WS.XI.1 - TT.V.B |
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| Chair: Fabrizio ARCIPRETE, University of Tor Vergata | ||||||||
| WS.XI.1.1 TT.V.B.1 |
Raffaella CALARCO IMM-CNR NanoMicroFab an Open Infrastructure to Support Research and Development of Devices and Advanced Materials |
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| WS.XI.1.2 TT.V.B.2 |
Mattia SCAGLIOTTI IMM-CNR Flexible Organic Photo-Transistors as Key Elements of Detectors for Medical Proton Therapy: Recent developments at NanoMicroFab |
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| WS.XI.1.3 TT.V.B.3 |
Alessandro GAGGERO IFN-CNR Development of photonic platforms and superconducting detectors for quantum technologies |
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| WS.XI.1.4 TT.V.B.4 |
Daniele CATONE ISM-CNR A Multiscale Strategy for Optimizing Materials in Semitransparent Photovoltaics |
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| WS.XI.1.5 TT.V.B.5 |
Marco GIRASOLE & Giovanni LONGO ISM-CNR Single-Cell and Cluster-Level Investigations of Mammalian Cells via Atomic Force Microscopy and Correlative Techniques |
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| 11:30 - 13:00 NanoMicroFab@STESY infrastructure for sustainability WS.XI.2 - TT.VI.J |
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| Chair: to be defined | ||||||||
| WS.XI.2.1 TT.VI.J.1 |
Stefano COLONNA ISM-CNR NanoMicroFab@STESY an Infrastructure Devoted to the Development of Technologies for Sustainability |
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| WS.XI.2.2 TT.VI.J.2 |
Yuri EVANGELISTA INAF Design, development and qualification of space-borne instrumentation at INAF-IAPS |
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| WS.XI.2.3 TT.VI.J.3 |
Mario LEDDA IFT-CNR Advanced technologies for biomedical applications |
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| WS.XI.2.4 TT.VI.J.4 |
Sabrina CALVI Tor Vergata University of Rome Perspectives of storage class memories in flexible edge electronics |
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| WS.XI.2.5 TT.VI.J.5 |
Fabio RONCI ISM-CNR Research opportunities on energy production and storage systems at NanoMicroFab@STESY |
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| WS.XI.2.6 TT.VI.J.6 |
Massimiliano DISPENZA Leonardo S.p.A Innovative solutions and devices in Leonardo on Qunatum Technologies, Optronics and Advanced Materials |
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Back to Overview | Go to Plan 12 September |  |