BAdvanced materials and systems for electrochemical energy storage (ENERGY)

COrganic photovoltaics: material synthesis and characterization, device engineering, device physics and upscaling (ENERGY)

DNext generation of earth-abundant materials for solar energy (ENERGY)

EAdvanced inorganic materials and structures for photovoltaics (ENERGY)

FPhotocatalytic materials for energy and environment (ENERGY)

GMaterials for improving energy storage battery technologies (ENERGY)

HInorganic thermoelectrics - linking material properties and systems engineering for XXI century applications (ENERGY)

IOrganic bioelectronics (BIOMATERIALS)

JElectronic textiles (BIOMATERIALS)

KBioinspired and biointegrated materials as new frontiers nanomaterials VII (BIOMATERIALS)

LNew materials for organic electronics: from synthesis to processing, characterization and device physics (SEMICONDUCTORS)

MNovel transport phenomena in organic electronic devices: heat, spin and thermoelectricity (SEMICONDUCTORS)

NSemiconductor nanostructures towards electronic and opto-electronic device applications – VI (SEMICONDUCTORS)

OWide bandgap semiconductors for LEDs, solar and related energy technologies (SEMICONDUCTORS)

PSilicon & Silicon nanostructures: from recent fundamental research to novel applications (SEMICONDUCTORS)

QNano-engineering coatings and thin films (NANOMATERIALS)

RNanoparticles in dielectric matrix: from synthesis to device applications for photonics, electronics, and bio sensing (NANOMATERIALS)

SALTECH 2017 - Analytical techniques for precise characterization of nano materials (NANOMATERIALS)

TSynthesis, processing and characterization of nanoscale multi functional oxide films VI (NANOMATERIALS)

UComputer modeling of thermal transport at the nanoscale (NANOMATERIALS)

VDesign and hierarchical assemblies of nanomaterials (nanoparticles, carbon materials, molecules) towards energy, sensing, electronic, catalysis and detection applications (NANOMATERIALS)

WSmall scale mechanical behaviour of interfaces: bridging experimental and computational modelling methods (FUNCTIONAL MATERIALS)

XNew frontiers in laser interaction: from hard coatings to smart materials (FUNCTIONAL MATERIALS)

YPaper electronics: from materials to applications (FUNCTIONAL MATERIALS)

ZMetamaterials: from waves to matter (FUNCTIONAL MATERIALS)