III. LABORATORIES PRACTICALS (3 days)
Practicals to be chosen within the following list
You can choose physics, chemistry and biology practicals whatever session you apply to.

• 01: Multiscale analysis of semiconductor nanocrystals
  Miguel Lopez-Haro and Frédéric Chandezon
  SPRAM-INAC-CEA, CNRS and UJF. (PDF)
  
  
• 02: Surface analysis : an introduction to XPS.
  Grégory Berthomé, Science et Ingénierie des Matériaux et Procédés, SIMAP-Grenoble INP, CNRS and UJF (PDF)
  

• 03: Cathodoluminescence‐based techniques for optical and transport studies in wide band gap semiconductor single nanowires
  Daniel Le SiDang and Fabrice Donatini, Institut Néel - CNRS and UJF. (PDF)
  
  
• 04: E-Beam Lithography and Focus Ion Beam (FIB) techniques for micro- and nanofabrication
  Thierry Fournier and Cécile Naud, Institut Néel - CNRS and UJF (PDF)
  
  
• 05: Electrical characterization of semiconductor
  nanostructures using Ultra High Vacuum AFM techniques
  Martin Kogelschatz, LTM-CNRS and UJF. (PDF)
  
  
• 07: Magnetoresistive Effects in Magnetic Heterostructures
  Laurent Ranno, Institut Néel - CNRS and UJF.(PDF)

• 08: Electromigration technique to realize single-molecule
  transistor
  Stefane Thiele and Franck Balestro, Institut Néel - CNRS and UJF.(PDF)

• 09: Advanced TEM imaging and spectroscopy for the
  characterisation of nanostructures
  Pierre-Henri Jouneau and Jean-Luc Rouvière, SP2M-INAC-CEA. (PDF)
  
  
• 10: Nanometric magnetic cluster growth from gas-aggregation
  Dmitry Aldakov and Ariel Brenac, SP2M-INAC-CEA. (PDF)
  
  
• 11: Thermal and UV nanoimprint lithography
  Marc Zelsmann, LTM-CNRS and UJF. (PDF)
  
  
• 12: Coulomb blockade in silicon nanowire transistors
  Xavier Jehl, SPSMS-INAC-CEA. (PDF)
  
  
• 14: Synthesis of ternary semiconductor nanocrystals by means of wet chemistry methods / Imaging of semiconductor nanocrystals by high resolution transmission electron microscopy
  Angela Fiore, and Peter Reiss, SPRAM-CEA, UJF and CNRS. (PDF)
  
  
• 15: In situ Parallel Angle Resolved X ray Photoelectron
  Spectroscopy (PARXPS) characterization of plasma-etched surfaces
  Bernard Pelissier and Charbel Roukoss, LTM-CNRS and UJF. (PDF)

• 16: Spintronics Based Radiofrequency Nano-Oscillator: Frequency and Time Domain Analysis of Spin Polarized Current Induced Excitations
  Ursula Ebels & Alex Jenkins, INAC, SPINTEC-CEA, CNRS, UJF, Grenoble INP. (PDF)
  

• 17: Local deformation and mechanical properties by nano-indentation
  Marc Verdier and Bruno Gilles, SIMAP-Grenoble INP and CNRS. (PDF)
  
  
• 18: Structural defects and magnetic domain imaging
  Marc Verdier and Bruno Gilles, SIMAP-Grenoble INP and CNRS. (PDF)
  
  
• 19: Force measurement with a micro mechanical oscillator based on tuning force
  Antoine Nigues and Florence Marchi LEPES/ESRF. (PDF)
  
  
• 22: X-ray scattering from films and superlattices
  Nathalie Boudet, Institut Néel - CNRS and UJF. (PDF)

• 25: Seeing real-time electron tunneling processes
  Christopher Bäuerle, Tristan Meunier and Laurent Saminadayar, Institut Néel - CNRS and UJF. (PDF)
  

• 28: Quantum transport simulation: Non-Equilibrium-Green’s Functions methods
  Marco Pala, IMEP-CNRS, Grenoble INP and UJF. (PDF)
  

• 32: Catalyst-free nitride nanowires grown by metal-organic-vapor-phase-epitaxy
  Christophe DURAND and Xiao-Jun Chen, CEA and CNRS. (PDF)
  
  
• 33: Quantum Dots and Quantum Wells: MBE growth and optical characterization
  Henri Mariette, Hervé Boukari and Joël Bleuse, SP2M-INAC-CEA. (PDF)
  
  
• 34: Work-function measurement using Kelvin Probe Microscopy
  Nicolas Chevalier, François Bertin, Denis Mariolle and Lukas Borowik, CEA-LETI. (PDF)

• 35: Spectroscopic surface electron microscopy by
  photoemission (XPEEM) of silicon-based nanostructures
  Olivier Renault, LETI-CEA. (PDF)

• 37: Realisation and characterisation of nanowires Field
  Effect Transistor
  Bassem Salem, Guillaume Rosaz, LTM - CNRS. (PDF)

• 38: Direct AFM Piezoelectric Characterization of Individual Nanowires
  A. Potié, L. Montès, T. Baron, R. Songmuang IMEP-Lahc Grenoble INP, UJF, U. Savoie and CNRS. (PDF)

• 41: Recombinant protein production using automated liquid handling systems
  Marjolaine Noirclerc-Savoye, Institut de Biologie Structurale, CEA, CNRS and UJF. (PDF)
  
  
• 42: Constrained assembly of actin biopolymers and cell shape control by functionalized micro-patterned surfaces
  Rajaa Boujemaa-Paterski and Manuel Théry, ITRSV, LPCV, CEA, CNRS and UJF. (PDF)
  
  
• 43: Study of biomolecular interactions by surface plasmon resonance biosensor analysis (BIAcore technology)
  Nicole Thielens, Institut de Biologie Structurale, CNRS, CEA and UJF. (PDF) 
  
  
• 44: Cryo-Electron microscopy and image analysis of the adenovirus particle
  Guy Schoehn, Institut de Biologie Structurale, CNRS, CEA and UJF. (PDF) 
  
  
• 45: Electrochemical study of a redox molecular switch. Preparation and characterization of modified electrodes by the self-assembled monolayer and electro-polymerization techniques
  Christophe Bucher and Guy Royal, Département de Chimie Moléculaire (DCM), CNRS-UJF. (PDF)
  
  
• 47: Controlling cell architecture by micro patterned extracellular matrix using hard lithography
  Hervé Guillou and Marc Block, LEDAC, Institut Albert Bonniot, UJF, CNRS and INSERM. (PDF)
  
  
• 48: Mapping protein dynamics and concentration in living cells with fluorescence fluctuations spectroscopies
  Alexei Grichine, Institut Albert Bonniot, UJF, CNRS and INSERM. (PDF)

• 49:Traction force microscopy on micropatterned substrates
  Martial Balland, LiPhy, UJF. (PDF)
• 50: Droplets for the Study of Membrane Protein
  Anne Martel, IBS. (PDF)
  
  
• 52: Combining Quartz Crystal Microbalance (QCM-D) and electrochemistry to investigate the building and characterization of thin films on gold surfaces.
  Liliane Guérente, Département de Chimie Moléculaire (DCM), UJF-CNRS. (PDF)
  
  
• 53: Real-time monitoring of DNA hybridization, cleavage and repair processes by FRET on a EWOD fluidic microprocessor
  Dorothée Jary, LETI-CEA and Didier Gasparutto, INAC-CEA. (PDF)

• 56: Towards polymeric semiconductors 2.0
  Patrice Rannou , SPRAM-CEA. (PDF)

• 57: Initiation to Confocal Laser Scanning Microscopy: An application to study the colocalization of adhesion cell proteins
  Catherine Picart, Laure Fourel and Isabelle Pignot-Paintrand, LMGP, CNRS . (PDF)

• 59: Droplet microfluidics: continuous flow microfluidics versus digital microfluidics
  Prisca DALLE et Frédéric BOTTAUSCI, CEA. (PDF)

• 60: Microfuidic crystals: generation, traffic flow and
  ultrasound manipulation of microsamples
  Philippe Marmottant, Laboratoire de Spectrométrie Physique, UJF and CNRS. (PDF)

• 61: Synthesis, characterization, and test of lipid nanoparticles dedicated to in vivo fluorescence imaging
  Isabelle Texier, CEA. (PDF)

• 62: Fourier Transform Infrared Spectroscopy (FTIR) :
  a tool to investigate the growth of thin films
  and the secondary structure of proteins
  Catherine Picart and Ofelia Maniti, LMGP-CNRS. (PDF)

• 63: Microfabrication of a multi-level microfluidic chip for colloidal handling
  Thibault Honegger and David Peyrade, LTM - CNRS. (PDF)

• 64: Capillary Force Assembly of colloidal nanostructures for optical biosensors
  O. Lecarme, JulienCordeiro and David Peyrade, LTM-CNRS. (PDF)
  

• 66: P3HT/PCBM bulk heterojunctions and TiO2 nanoparticle-based solar cells
  Saïd Sadki and Jérôme Faure-Vincent, SPRAM-CEA . (PDF)