ITA | ENG
Alessia DAMILANO | High precision, fluorescence-enabled portable mini microscope | M.I.T. (USA) | ||||||
Nadia PINTON | Light absorption enhancement in thin-film solar cells | Columbia University (USA) | ||||||
Maria Immacolata VACCARO | Sviluppo di moduli microfluidici polimerici per lo studio di fenomeni di chemiotassi cellulare | Politecnico di Torino | ||||||
Stefano FACCHIN | A microsystem for swimmers' heart rate monitoring | EPFL (Suisse) | ||||||
Celso ACCOTO | Harsh environment components: new approaches in building high temperature capacitors | JPL-NASA (USA) | ||||||
Alessandro AIMAR | A standard cell based digital high temperature sensor | EPFL (Suisse) | ||||||
Alessandro AIMONE | Ultra wide band variable gain IF amplifier for V-band transceivers | Technische Universitat Berlin (Germany) | ||||||
Marinella BARCI | Fabrication of magnetic tunnel junctions for the study of electrical control of magnetic anisotropy | IBM Almaden Research Center (USA) | ||||||
Emanuele CASU | Materials growth and characterization for graphene spintronics | IBM Watson Research Center NY (USA) | ||||||
Davide CERESA | Voltage and current references for radiation tolerant POL DC/DC converters | CERN (Suisse) | ||||||
Cosimo APRILE | Low power crosstalk cancellation receiver with 8-TAP SC DFE and X DFE for single ended I/OS in 32 Nm CMOS | IBM Research Lab. Zurich (Suisse) | ||||||
Matteo COSSALE | Surface analysis of complex oxides | IBM Almaden Research Center (USA) | ||||||
Mattia D'AGOSTINO | Advanced in microscale motors | UC San Diego (USA) | ||||||
Romuald DJOUMETIO | Optimization of the programming energy of a non-volatile memory : antifuse memory | St-Microelectronics Crolles (France) | ||||||
Yari FERRANTE | Switching magnetic layers using the spin hall effect | IBM Almaden Research Center (USA) | ||||||
Fedele FERRARA | A/D converter based on binary search algorithm | EPFL (Suisse) | ||||||
Daniele GARBIN | Phase change materials and data retention characterization for phase change memory technology | IBM Watson Research Center NY (USA) | ||||||
Valeria LACATENA | Direct printing of functional TI02 films : a new route for the fabrication of nanophotonic devices | University of Berkeley (USA) | ||||||
Luca PIRRO | Modeling of G-FET in high field | University Of Illinois (USA) | ||||||
Jury SANDRINI | Design, fabrication and characterization of capacitors for high temperature applications | JPL-NASA (USA) | ||||||
Ivan AIMO | Interfacce flessibili con multi-elettrodi perforate: un nuovo strumento per neuro-registrazioni stabili e croniche negli organi sensoriali degli insetti | University of Berkeley (USA) | ||||||
Flora OTTONELLO BRIANO | Design, fabrication and testing of a large-area micro heat transfer system for power cube application | Swiss Federal Institute Of Technology - EtTH (Suisse) | ||||||
Eva DE LEO | Design and optimization of plasmonic photocathodes for coherent X-ray generation | M.I.T. (USA) | ||||||
Anna Laura PALMARELLI | Plasmonic nanostructures in nanofluidic for real time characterization of individual biological molecules | University of Berkeley (USA) | ||||||
Donata PASSARELLO | Surface based self-assembly of carbon nanotube arrays | IBM Almaden Research Center (USA) | ||||||
Luca Antonello ANNECCHINO | Neuromodulation of neural activity using millimeter waves irradiation | California Institute Of Technology And NASA JPL (USA) | ||||||
Alessandro ARIONE | Dispositivo microfluidico per elettroporazione AC ad elevata efficienza e flusso continuo con un potenziale per l'introduzione quantitativa | M.I.T. (USA) | ||||||
Paolo CADINU | Develop a new device for diagnosing sexually transmitted diseases at point-of-care settings in developing countries | Columbia University (USA) | ||||||
Pietro MAODDI | A microfluidic device for RNA extraction and purification | EPFL (Suisse) | ||||||
Elisa OLIVERO | A transparent micro-ECOG array for simultaneous recording and optical probing | University of Berkeley (USA) | ||||||
Elisabetta PIREDDU | Caratterizzazione delle proprieta' elettriche di nanocompositi a matrice elastomerica | Politecnico di Torino | ||||||
Serena BRANDO | Microfluidic device for 2D cell patterning and perfusion system to reproduce an artificial Alzheimer's model | EPFL (Suisse) | ||||||
Pietro FERRARIO | Synthesis and characterization of polydimethylsiloxane/carbon nanotube composites | Politecnico di Torino | ||||||
Maurizio MIGLIORE | Design, simulation and fabrication of a nano electromechanical system for plasmonic applications | University of Berkeley (USA) | ||||||
Mario Matteo MODENA | Dispositivi medici per paesi in via di sviluppo | Columbia University (USA) | ||||||
Riccardo SIGNORETTI | Sviluppo di un microattuatore elettrostatico attraverso l'impiego di materiali ad alta permittività elettrica | Tokyo University (Japan) | ||||||
Francesco Antonio VETRÒ | Anisotropia magnetica uniassiale nel piano indotta da trama nel substrato per spin transfer torque MRAM | IBM Almaden Research Center (USA) | ||||||
Lorenzo BATTISTELLA | Directed self-assembly of colloidal nanoparticles by sub-10Nm templates | M.I.T. (USA) | ||||||
Michelangelo CARROZZO | Off-chip data acquisition system for high density CMOS microelectrode array | EPFL (Suisse) | ||||||
Paolo FACCIO | Dispositivi Lab-On-a-Chip polimerici per l'amplificazione del DNA: realizzazione e caratterizzazione di dispositivi microfluidici dinamici a tre zone | Politecnico di Torino | ||||||
Andrea LAMBERTI | Problematiche di adesione annesse alla fabbricazione di dispositivi microfluidici in PDMS | Politecnico di Torino | ||||||
Matteo PIOVANELLI | Study of DD/DD converters for ultra-low-power ultra-low-voltage applications | Tyndall National Institute (Ireland) | ||||||
Sara RIGANTE | Imaging and cell trapping of single cell micro-chamber array for population analysis of cytosol | Universite' Joseph Fourier (France) | ||||||
Giuseppe SCHIAVONE | Progetto e simulazione di un sistema magnetoforetico microfluidico a flusso continuo per la separazione di globuli rossi, come tecnica di diagnosi prenatale non invasiva | Misec - Heriot Watt University (UK) | ||||||
Stefano STASSI | Synthesis of silver and copper nanoparticles for low temperature fabrication of metal interconnections | University of Berkeley (USA) | ||||||
Sajina TINKU | Design and optimisation of photoresist mask for confinement of biomaterials | Molecular Stamping (Italy) | ||||||
Vijayaragavan VISWANATHAN | Modeling of liquid cooling mechanisms for 3D chips | EPFL (Suisse) | ||||||
Federico ZANNIER | Multi-valenza: un metodo per aumentare l'adesione di cellule fibroblasti incrementando il numero di siti di legame nelle proteine di tipo ECM | Columbia University (USA) | ||||||
Serena BRANDO | Studio e sviluppo tecnologico di Lab-On-Chip polimerici per amplificazione di DNA | Politecnico di Torino | ||||||
Davide GARETTO | Modeling of programming strategies for multi-level phase-change RAM cells | IBM Almaden Research Center (USA) | ||||||
Luca RIBETTO | Indoor solar energy harvesting for Tyndall 25 mm Mote | Tyndall National Institute (Ireland) | ||||||
Filippo RUSCO | ARM and FPGA |
EPFL (Suisse) | ||||||
Alessandro CEVRERO | Exploring new architecture for reconfigurable hardware |
EPFL (Suisse) | ||||||
Alessandro ICARDI | Thermal management circuit for temperature gradient detection | University of California Santa Cruz (USA) | ||||||
Maurizio LAVAGNINO | Design of a high-density neuro-electronic interface system for electrophysiology experiments |
EPFL (Suisse) | ||||||
Francesco MAZZILLI | A CHOS frequency tripler using a subharmonic mixer | Queen's University (Canada) | ||||||
Paolo MONTAGNOLI | Ultra low-power asynchrnonous circuit design |
EPFL (Suisse) | ||||||
Davide ROSPI | Integrazione di sensori a cantilever su piattaforme Lab-On-a-Chip | Politecnico di Torino | ||||||
Mattia ROSSETTI | A low temperature scanning probe microscope for scaning gate measurements | CNRS (France) | ||||||
Nicola ABATE | Design and fabrication of nanostructures for carbon nanotube growth and characterization | M.I.T. (USA) | ||||||
Elena BARBARINI | Magnetophoretic separation of white blood cells in a microfluidic device under continuous flow | Nanyang Technological University School of MPE (Singapore) | ||||||
Daniele BRUNAZZO | Design and caracterization of surface plasmon polariton waveguides | KTH Royal Inst. Of Technology (Sweden) | ||||||
Lorenzo
Romeo D'ANCONA | Analysis and optimization of a 2.4 Ghz Colpitts CMOS oscillator | CSEM Centre Suisse d’ Electronique et de Microtechnique (Suisse) | ||||||
Stefano GAMBA | Process optimization for wet oxidation of vertical cavity surface emitting lasers | Chalmers University of Technology (Sweden) | ||||||
Claudio BURAN | Physical modeling of a Ferromagnet-Oxyde-Semiconductor nanostructure for spin injection | IMEP-INPG (France) | ||||||
Carmelo D'AGOSTINO | Technology development for the fabrication of organic Thin-Film transistors | St-Microelectronics Crolles (France) | ||||||
Federico
Matteo DE MARCHI | Realization of magneto-fluidic 2D transportation system on chip |
EPFL (Suisse) | ||||||
Salvatore LO BARTOLO | Cantilever based sensor for DNA detection | Biodiversity (Italy) Universita' Di Brescia Politecnico Di Torino | ||||||
Grazia LOCHE | Chip per coltura di cellule |
EPFL (Suisse) | ||||||
Ervin MILE | Structural mechanical analysis and thermal CVD synthesis of single-walled carbon nanotubes | M.I.T. (USA) | ||||||
Leonardo
Michael MORTATI | Integratore di cariche o particelle a bassissimo rumore | CERN (Suisse) | ||||||
Stefano PIETROCOLA | A CMOS microsystem for the integrated actuation and optical detection of magnetic microparticles |
EPFL (Suisse) | ||||||
Alberto COSTA | Capacitive biosensor - using a perturbation with a potentiostatic step: investigation of the conformational changes in proteins due to the binding of heavy metal ions | University of Technology of Sidney (Australia) | ||||||
Donato ACQUAVIVA | Optimization of carbon nanotubes growth process for interconnect applications | M.I.T. (USA) | ||||||
Stefano VACCINO | Design and investigation of a Fe/Co/Mgo/Co single barrier magnetic tunnel junction |
M.I.T. (USA) | ||||||
Stefano MICHELIS | Low-voltage power distribution in LHC upgrades |
CERN (Suisse) | ||||||
Giuseppe PAGNOTTA | Stitching-error reduction in photonic crystals and photonic wires by shot-shifted electron beam lithography | University of St. Andrews (UK) | ||||||