Fundamentals

Functional/ multi-functional TCMs / TCOs / AOS / non-oxide TC's

n-type channel materials

p-type semiconductor materials

Doping, modeling and simulation

Dielectric materials

Mechanical properties, morphology and defects

Electrical, and optical properties

Engineering of interfaces for enhanced properties

Hydrophobic/ Hydrophilic oxide materials

Meso-porous / Nano-porous materials and multilayer TCMs

Piezoelectric, magnetic and dielectric TCMs / TCOs

Photo-catalytic materials fundamentals

Hybrid and non-conventional TCMs

Fabrication, Processing, Characterization

Target materials / Solution precursors for TCMs

Physical growth techniques (PLD, sputtering, etc)

Chemical growth techniques (CVD, ALD, PE-CVD, AP-CVD, MOCVD, ACG, Spray pyrolysis, spin coating etc.)

Processing / Device fabrication methods

Surface and bulk analysis techniques

Electrical, Optical, Mechanical and Structural analysis

Direct writing, printing and patterning

New tools and equipment

Application

TCM electrodes, dielectrics TCM electrodes, dielectrics and device fabrication

p-type metal oxide based devices

High-k oxides for electronic applications / Flexible substrates / Flexible electronics

Transparent electronic devices (Passive, linear, two-terminal, TTFTs, etc)

Flat-panel display (FPD), OLED,UV-LED, electronic paper

Transparent Circuits (Inverters, AMLCDs, AMOLEDs, etc)

TCM sensors (environmental / food / medical)

Oxides for photovoltaics / Protective coatings

Oxides for logic and memories applications

TCM for hybrid solar cells

Oxides for chromogenic materials and Devices

Oxides as Protective / Photo-catalytic and active coatings

Smart Windows / Oxides as construction and building materials

Wavelength-selective devices based on TCMs

Emerging exciting applications

Definition, terms, standards and industrial developments of TCMs

TCM for flexible transparent electronic devices

TCM for PV

TCM for solar fuel

Ga2O3 and related materials / device applications