INVITED PAPERS

 

TUESDAY        
11.07.2017 11:45-12:15 S1 Daniel Vizman Numerical study of the impurities transport in a silicon directional solidification process
  11:45-12:15 S2 Stefan Antohe Effects of ionizing radiations on the A2-B6 thin films photovoltaic cells
  11:45-12:15 S5 Maryline Guilloux-Viry Ferroelectric oxide thin films for microwave reconfigurable devices: a focus on growth characterization and integration of thin films in the (K,Na) - (Ta,Nb) - O system
  12:15-12:45 S1 Christiane Frank-Rotsch Improvement of semiconductors crystal growth by application of travelling magnetic fields
  12:15-12:45 S2 Monica Enculescu Polymer nanofibers produced by electrospinning: towards white light emission
  12:15-12:45 S5 Catalin-Daniel Goldner-Constantinescu Pulsed Laser Deposition of Thin Film Capacitors in Different Configurations with Applications in Highly Tunable Digital and Analog Microwave Devices
  15:30-16:00 S1 Kazuo Nakajima NOC growth of uniform large Si single ingots for p-type solar cells with the conversion efficiency and yield as high as those of the CZ solar cells using a cast furnace
  15:30-16:00 S8 Juozas Vidas Grazulevicius Materials for organic light emitting diodes based on thermally activated delayed fluorescence
  15:30-16:00 S5 Nathan Newman Identifying the fundamental mechanisms that limit the performance of modern microwave ceramic dielectrics
  16:00-16:30 S1    
  16:00-16:30 S8 Hendrik Swart Photon and electron beam pumped up- and down conversion luminescence of RE activated phosphors
  16:00-16:30 S5 Pierre Blondy Integration of millimeter-wave components using micro additive fabrication
  16:30-17:00 S8 Felicia Iacomi Studies on some emerging layered hybrid nanocomposites
  17:15-17:45 S1 Narcis Avarvari Chiral Materials Based on Tetrathiafulvalene and Metal Dithiolene Complexes
  17:15-17:45 S3 Corneliu Ghica Advanced electron microscopy for advanced materials
  17:15-17:45 S7 Jorge Iniguez Exotic orders and emergent phenomena in ferroelectrics
WEDNESDAY        
12.07.2017 08:30-09:00 S1 Marius Stan Uncertainty of Phase Diagrams via Machine Learning
  08:30-09:00 S2 Mihaela Girtan Solar Cells and Photonic Devices
  08:30-09:00 S6 Cornelia Palivan Multifunctional protein-polymer assemblies at the nanoscale
  10:15-10:45 S7 Ionela Lindfors-Vrejoiu Driving forces and challenges for interfacing functional perovskite oxides
  10:15-10:45 S2 Ioana Pintilie Hysteresis effects and Stability Issues in Perovskite Solar Cells
  10:15-10:45 S4 Dan Brett Probing the Internal Workings of Polymer Electrolyte Fuel Cells
  15:30-16:00 S7 Florencio Sanchez Tuning Lattice Strain and Electrical Properties of Epitaxial Ferroelectric BaTiO3 Films on Si(001)
  15:30-16:00 S3 Liliana Stan Metal oxide functionalized multi-walled carbon nanotubes for highly sensitive gas sensors
  15:30-16:00 S4 Magdalena Titirici Hydrotheral Carbon Nanocrystals – A New Generation of Sustainable Optically Active Materials
  16:00-16:30 S7 Aurelian Rotaru Temperature and pressure effect on the dielectric and charge transport properties of spin crossover materials
  16:00-16:30 S4 Amine Bermak Autonomous self-powered and self-calibrated Microsystems for IoT applications
THURSDAY        
13.07.2017 08:30-09:00 S1 Hanna Dabkowska Growing single crystals of exotic oxides
  08:30-09:00 S3 Andrei Manolescu Localization of electrons in core-shell nanowires
  08:30-09:00 S6 Manuel Ricardo Ibarra García Dendritic cells therapy based in magnetic nanoparticles using magnetic hyperthermia
  09:00-09:30 S6 Lucia Curri Multifunctional hybrid nanomaterials based on colloidal nanoparticles for biomedical applications
  10:15-10:45 S5 Masahiko Tani Non-collinear electro-optic sampling techniques for terahertz wave detection
  10:15-10:45 S3 Simion Astilean Controlling the Fabrication and Surface Functionalization of Plasmonic Nanoparticles Towards Applications in Nanomedicine
  10:15-10:45 S6 Carmen Mariana Chifiriuc Microbial adherence and biofilms: beneficial and negative consequences
  10:45-11:15 S5 Hiroaki Minamide Terahertz-wave technology based on nonlinear optics
  10:45-11:15 S6 Mihaela Stefan Functional Polycaprolactones for Micellar Delivery of Anticancer Drugs and Histone Deacetylase Inhibitors (HDACi)
  12:00-12:30 S4 Paul Shearing Using X-ray Tomography over Multiple Time and Length Scales to Examine Li-ion Battery Materials
  12:00-12:30 S7 Andreas Schoenhals Molecular Dynamics of Discotic Liquid Crystals in the Bulk and Embedded in Nanochanels
  12:00-12:30 S8 Ion Tiginyanu Three-Dimensional Architectures of Nanomaterials for Multifunctional Applications
  12:00-12:30 S6 Victor Diculescu Nanostructured Electrochemical Biosensors; Basic Concept and Applications
  12:30-13:00 S7 Horia Alexandru About the nature of ferroelectric transition in TGS
  16:15-16:45 S3 Mircea Modreanu Theroretical and experimental approaches for the development of functional metal oxides
  16:15-16:45 S2 Jean Roncali Design of scalable molecular materials for organic solar cells
  16:15-16:45 S8 Xixiang Zhang The obervation of biskyrmion in centrosymmetric polycrystalline magnets at room-temperature
  16:15-16:45 S4 Robin Jeremy White Carbon supported catalysts for circular economy applications
  16:45-17:15 S3 Khalid Nouneh Synthesis and characterization of metal oxides and nanostructures for energy and environment 
  16:45-17:15 S8 Lucian Prejbeanu Magnetic Random Access Memories: status and roadmap
  17:15-17:45 S8 Victor Kuncser New insights on magnetic interactions and related effects in diluted magnetic systems
FRIDAY        
14.07.2017 08:30-09:00 S8 Toma Stoica Two-dimensional MoS2: growth control of large area and heterostructures
  08:30-09:00 S4 Philipp Adelhelm From lithium-ion to sodium-ion batteries: progress and dreams
  09:00-09:30 S4 Viorica Parvulescu Photoelectrode materials with TiO2-Fe2O3 nano-oxides for water treatment and energy generation
  10:15-10:45 S2 Rodica V. Ghita Aspects of GaSb active devices technology
  10:15-10:45 S8 Magdalena Lidia Ciurea Ge nanocrystals in oxides for enhancing non-volatile memory performance
  10:15-10:45 S5 Mircea Dragoman Beyond Moore law:  electron devices based on atomically thin materials