Advances in development and implementation of active-matrix backplanes and all of display & electronic devices with active-matrix backplanes:
Active-Matrix LCDs & OLEDs for TV, Monitor, Note-PC and Mobile Device; Novel and High Performance Active-Matrix Display Devices and Addressing; Integrated Active-Matrix Driving Circuits and Sensors; System-on-Panel (SOP); Backplane Technology for AMOLED & High Performance LCD ; LTPS TFTs; Micro & Nano-crystal Silicon TFTs; Oxide & Transparent TFTs; Organic TFTs; Nano Technology Based TFTs; Solution Based TFTs; other new TFTs.

Advances in the development of liquid-crystal materials, electro-optical effects, and devices:
LC Materials; LC Modeling; LC Alignment; LC Modes; High Performance LCD; Blue Phase LCD; Ferro- and Antiferroelectric LCD; Reflective Displays; Polymer/LC composites.

Recent developments in BLU and lighting using new light sources:
LEDs for BLU and Lighting; Light Emitting Diode-based BLU; Field Emission Lamp-based BLU; Organic Lighting Emitting Diode-based BLU; Flat Fluorescent Lamp-based BLU; Other Light Source-based BLU; Novel Optical Sheets; Materials and Structure; Manufacturing; Driving Methods; Characterization.

New developments in the design and manufacturing, performance characteristics, driving methods and circuitry:
Fundamental Discharge Mechanisms; Luminous Efficiency Improvement; High Speed Address and Related Reset Waveforms; Cell Design and Material Characteristics; Image Enhancement Technology; Reliability Improvement; Low Cost Driving Circuit and System; Low Cost and High Precision Fabrication Technology; MgO and other Protective Materials, etc.

Advances in the AMOLED panels and related technologies, white OLEDs, OLED device structures, organic phosphorescent and fluorescent materials, charge injection and transport materials, electrodes, low-cost fabrication processes, encapsulation techniques, optical enhancement techniques, characterization of the device performances, and analysis of interfaces etc:
OLED Devices; Organic Materials (small molecules, dendrimers, and polymers); Solution Processible Materials; OLED Display Manufacturing Issues; Encapsulation Technologies; Characterization and Device Physics; Optical Enhancement Techniques; White OLEDs.

All aspects of flexible displays and electronic papers, including advances in organic materials (both small molecules and polymers) and oxide semiconductors, organic and oxide semiconductor devices and the related fabrication processes including printing process, device physics, measurement and characterization of thin film transistors, driving methods, various display modes for electronic papers, etc:
E-papers; Flexible Backplanes; Flexible LCDs; Flexible OLEDs; Flexible Substrates and Barriers; Thin Film Encapsulation; Electrode and Interconnection; Processes (including patterning and printing); Manufacturing.

All aspects of inorganic phosphors for use in displays and lightings, and etc., including phosphors at the cutting edge (LEDs, 3D-PDPs, solar cell applications, and nano-phosphors for bio-applications) and phosphors for general applications (general lamps, CCFL for LCD BLUs, Inorganic ELs, PDPs, CRTs, FEDs, PRTs, VFDs, X-ray scintillators, long phosphorescence, mechanoluminescence, and etc.):
Synthesis and Characterization of Phosphors; Nano-Processing; Phosphor-Involved Devices Processing; New Design and Application of Phosphors; Energy Transfer and Up-conversion; Combinatorial Approach for Phosphors Development; Thin Film Phosphors; Surface Coating for Phosphors etc.

Progress in driving methods, driving electronics, display panel peripherals and system design technologies for display devices and new display applications:
Driving Methods and Circuits for Display Devices; Driver IC's; Image Signal Processor; System-On-Glass (SOG) and System-On-Panel (SOP) Technologies; Image Enhancement Methodologies and Systems; Display Interface Technologies; and All Other Display Electronics Technologies and New Applications.

Technologies for delivering 3rd dimension to viewers:
3D Display Systems Including Stereoscopic / Autostereoscopic / Multi-View / Super-Multi-View / Volumetric/Holographic Displays; 3D Contents Generation Including 3D Image Capture and 2D-3D Contents Conversion; User-Interaction with 3D Displays; 3D Image Formats and Standards; 3D Image Compressions; Human factors.

New development of materials and components for displays. It includes new functional materials for substrates, active/passive materials, their properties, and fabrication methods for components:
Backlight; Color Filters; Polarizer; Optical Films; PDP Materials and Components; Electrode Materials; Dielectric Materials and Process; Oxide Semiconductors; Glasses; All Organic Display (AOD); Printable Materials for Display.

Advances in process technologies for display manufacturing;
Manufacturing issues for breakthrough in the display performances, cost reduction, and throughput:
New Process Technologies; Thin-Film & Thick Film Deposition; Printing; Patterning; Etching; Printed Electronics, etc.

New theory, technology and applications of mobile displays and touch panels:
Mobile Display Design; Devices and Components; Modules and Systems; System Hardware and Software; Touch Sensors and Transducers; Touch Panels; System Integrations and Applications..

New topics in, but not limited to, the following areas:
Vision and Image Quality; Color in Devices(Displays, Printers, Scanners, Cameras); Color Image Processing; Color in Illumination; Specific Color Technology and Application; Human Factor, etc.

This special photovoltaic session will cover the most of the solar cell processes, materials, and devices:
Crystalline and Thin Film Silicon Solar Cells; compound (CIGS, II-VI, III-V) Thin Film Solar Cells; , Dye-Sensitized and Organic Solar Cells; Hybrid and Nano-based Solar Cells; Solar Cell Module and System Technologies.