Paolo Bettotti
Formazione |
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Industrial Engineer (PS3) (1995) MSc in Material Science at the University of Padua ("cum laude", 2001) PhD in Physics at the University of Trento (2005) |
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Carriera accademica ed attività didattica |
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2003 Teaching Assistant - Physics course (Mechanics) at Engineering Faculty 2004 Teaching Assistant - Physics course (Mechanics) at Engineering Faculty 2010 “Photovoltaics” course module at the 2nd level master “Nano-Micro” organized jointly by University of Trento and Fondazione Bruno Kessler 2011 Teaching Assistant - General Chemistry course at BSc Biotechnology 2012 Teaching Assistant - General Chemistry course at BSc Biotechnology 2013 "Optical properties of nitride based nanostructures" - Practical Course within FP7 research program FUNEA 2013 Instructor - Laboratory of Advanced Photonics at MSc Physics 2014 Instructor - Laboratory of Advanced Photonics at MSc Physics 2015 Instructor - Laboratory of Advanced Photonics at MSc Physics 2016 Instructor - Laboratory of Advanced Photonics at MSc Physics 2016 Instructor - Fisica2 at BSc Biomolecular Science and Technology 2017 Instructor - Laboratory of Advanced Photonics at MSc Physics |
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Attività di ricerca |
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This is the link to my personal website. Porous nanostructures: Initially I investigated the properties of 1D & 2D photonic crystals made on porous silicon.More recently I broadened the use these porous nanosponges (from optical sensing to antimatter; from drug delivery to nanofluidics).The control over the surface state is fundamental to give to the material the desired functionalities, thus proper functionalization strategies and characterization techniques have been applied/developed.
Nanocellulose: While I was looking for a transparent substrate to embed fluorescent Si-QD, I learned about nanocellulose (serendipity! :) ). By investigating its possible use as responsive "smart" material me and my collegues found interesting applications of this material as mechanical actuator and core-shell forming system.
Scanning Probe Microscopy: Is a flexible characterization technique that I applied to different type of nanostructured materials: from investigation of growth mechanisms of organic semiconductors, to analysis of exosomes. |
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Premi e riconoscimenti |
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AWARDED GRANTS: - (Author and researcher in charge) CRS2006: "Atto-dispenser of Nanostructures |
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Convegni e conferenze |
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2001 Silicon workshop, Genova (Italy) |