The IMID 2023 Organizing Committee cordially invites you to submit papers for oral and poster presentations. All papers will be reviewed by the Technical Program Committee and assigned to the appropriate session for oral and poster presentations.

1^st Circular 2^nd Circular 1^st Call for Paper Final Call for Paper

• 01
  Special Session I: AI & Computational Technologies for Display

  All aspects of AI & computational technology for display design/process/manufacturing/ measurement; human vision perception; numerical algorithm; OLED device simulation; quantum computing algorithm; Prediction of material/electrical/optical/mechanical properties of display; Enhancement of image quality; quality prediction of XR and computational displays.
• 02
  Special Session II: Display with Free Form Factors

  Flexible, foldable, rollable, and stretchable display technologies, including deformable display materials (substrates, transparent conductors, TFTs, barrier layers); novel processes and manufacturing methods (printing, novel deposition techniques, R2R, lift-off); electro-optical effects; driving techniques and designs for deformable electronic devices; and device performance and reliability for all deformable display technologies.
• 03
  Active-Matrix Devices

  Micro & nano-crystal silicon, amorphous and crystalline oxide, oxynitride, metal halide, organic, and carbon nanomaterials based TFTs; quantum dot, perovskite, chalcogenides, 2D layered materials, and other emerging semiconducting materials and gate dielectric materials for TFTs; novel low temperature fabrication and annealing technology for TFTs; solution processed & printed TFTs; new structures/processes and novel application of TFTs; active-matrix devices for LCD, OLED, LED, QLED, and micro displays; novel and high performance active-matrix devices and system-on-panel (SOP); backplane technologies for emerging displays; emerging application of TFTs.
• 04
  Applied Vision/Human Factors

  Research for display devices based on both human vision and physical properties; general display, autostereoscopic, AR/VR form factors, automotive, transparent etc; effective use of a display capability to create a more immersive and compelling experience; approaches to take advantage of limitations of the visual system to process or transmit display data more efficiently; novel methods of user interaction and HMI with display systems.
• 05
  AR/VR/MR and 3D Display Optics

  - Display technologies for AR/VR/MR; Near-to-eye displays (NEDs); Head-up displays (HUDs) spatial tracking, localization, mapping, and navigation techniques; end-to-end system integration and latencies; inputs, interfaces, and interactions; human factors and user experience considerations; mapping and rendering of virtual objects onto the physical world; object, human, and scene capture; reconstruction, recognition, and understanding; biometrics and user authentication; AR/VR/MR applications; measurement and performance evaluation for AR/VR/MR.
  - 3D and realistic display systems including (auto-) stereoscopic, (super-) multi-view, volumetric, holographic, aerial, hyper-realistic displays; 3D or holographic contents generation including 3D image capture, 2D-3D contents conversion and machine learning; user-interaction with 3D displays; 3D image formats and standards; 3D image compressions; measurement and performance evaluation for 3D displays; techniques for realistic and immersive experience; human factors; optical technologies for various display systems and devices.
• 06
  Display Electronics and Systems

  Advanced algorithms for display driving technology such as AI; display system and peripheral designs; touch interface electronics; TFT circuits (driving methods and circuits for display devices and systems); driver ICs; image signal processors; display interface technologies; driving electronics of touch panels; image quality enhancement methodologies and systems; neuromorphic systems; all novel integrations of displays into specialized devices as well as system-level aspects of electronic displays.
• 07
  Display Manufacturing and Processes

  Thin and thick film deposition, lithography, etching, cleaning, printing, coating and various plasma technologies; process & equipment technologies for new and emerging displays including flexible & wearable applications; manufacturing issues of breakthroughs in the displays such as performance, cost reduction, high throughput and flexibility; material issues in display process, including synthesis or deposition of emerging materials; process & equipment technology for display circuits and interfaces; process & equipment for printed electronics including display and sensors fabrication.
• 08
  Emerging Materials and Devices for Display Technology

  Emerging display materials and device architectures such as 2-dimensional (2D) materials, organic/inorganic perovskite materials, perovskite quantum dot, graphene quantum dot, 2D layered material quantum dot, light-emitting devices, and metamaterials/metasurfaces made thereof. XR display and devices (virtual reality, augmented reality, extended reality, hologram, 3D display, etc). Transparent conducting electrode materials for display (Silver nanowire, metal mesh, graphene, conducting polymers, etc). Display elements or systems tailored to wearable and human-interfacial applications. Biomedical applications such as phototherapies or photo-biomodulation; electronic shelf labels or signages; automotive or aviation display applications; medical-grade high-contrast/high-definition displays, and/or interactive display applications.
• 09
  LC Technologies and Electronic/Optical Materials

  High image quality/resolution/dynamic range LCDs; QD-enhanced LCDs; automotive LCD applications; LC for AR/VR and 3D displays; molecular design/synthesis/new LC materials; LC Chemistry; LC alignment and characterization; LC elastomers and stimuli-responsive materials; LC for EL/PL components; LC for conformable displays; smart window applications; LC Physics; optical design and simulations; optical films for displays; foldable/stretchable films; LC photonic crystals and lasers; LC semiconductors; LC-based sensor; LC lens; up/down conversion LC materials; LC materials for GHz/THz wave modulation; nano-patterning LC template; LC materials for biomedical application.
• 10
  Light-Emitting Materials and Applications

  New development of lighting materials including hybrid lighting technologies; solid-state lighting and LED/OLED, back-light units (BLUs); phosphors, quantum dots and other color-conversion techniques for lighting applications; light extraction optics; heat dissipation, standardization and certification; photometry, driver IC, novel lighting convergence technologies for ocean/agricultural/medical/IT/bio/smart/automotive applications.
• 11
  Medical/Bio-integrated Optoelectronic Materials and Devices

  Skin-attachable or implantable soft materials, devices, and display; bio-integrated or bioinspired optoelectronics; implantable medical devices with display; digital healthcare devices and robotics; human-interactive sensors or actuators; biocompatible or biomimetic materials; transient electronics; 3D optoelectronic scaffolds; integration processing strategies to address the profound mismatch between biology and optoelectronics; biomimetic functionalities such as bio-resorption, self-healing, multifunctional responsiveness, breathability, and recyclability.
• 12
  Micro-LEDs

  Advances in LED-based displays; epitaxial and chip processes for micro-LED pixels; the materials and manufacturing process technologies for transfer printing and bonding; phosphor and quantum dot materials for color conversion; frontplane modules; active and passive driving methods for backplanes; flexible and miniaturization technologies; flexible patterns and micro-LEDs in stretchable applications; and active device integration for bio-medical and automotive applications.
• 13
  Soft Sensors and Actuators for Interactive Display

  Flexible and/or stretchable active/passive materials for sensors and actuators; soft organic, inorganic, or hybrid materials with capacitive, piezoelectric, piezoresistive, triboelectric, and/or ferroelectric properties; stimuli (e.g., stress, electric field, light, heat, chemical, etc.)-responsive soft materials; emerging materials and devices for human-machine-interfaces; touch gesture & motion sensing technologies; next-generation tactile sensors and actuators; soft haptics for interactive display; soft sensors on display; soft actuators on display; human-interactive technologies.
• 14
  OLED Frontplanes

  OLED materials; device physics and characterization for high-performance OLEDs; enhancement of out-coupling efficiency; improvement of optical properties of OLEDs; device stability and degradation analysis; organic and inorganic interfaces in OLEDs; OLED electrodes; OLED manufacturing; OLED patterning process; solution-processed OLEDs; white OLEDs for displays; encapsulation materials and processes; environmental reliability; novel applications.
• 15
  Quantum Dots

  Synthesis and characterization of quantum dots; optical and electrical properties of quantum dot materials; quantum dot-based photo-/electro-luminescence devices; quantum dot-based energy conversion devices and systems; various optical and electrical applications using quantum dots.