Our Research Philosophy
Research Philosophy
We believe that light is not merely a medium for visualization, but a fundamental element for creating future information experiences and cyber-physical societies.
LUCIAS Research Projects
UNI
Research Concept
UNI develops optical display technologies that enable image information presented on transparent media to be visible only from the intended viewing direction while remaining transparent and invisible from the opposite side.
Research Focus
- One-way visibility
- Reverse-view prevention
- Transparent display media
- Optical image control
- Privacy and directional information display
Chromodot
Research Concept
Chromodot develops functional optical materials and microstructures that manipulate light and color to realize advanced imaging and display technologies.
Research Focus
- Functional optical materials
- Color engineering
- Microstructures
- Light scattering
- Optical property control
Mirage
Research Concept
Mirage develops technologies for generating three-dimensional images within enclosed physical spaces by integrating optical structures and imaging techniques.
Research Focus
- Enclosed-space imaging
- Volumetric display
- Optical structures
- 3D image generation
- Spatial visualization
FLOAT
Research Concept
FLOAT develops functional media and display technologies that enable information, interaction, and spatial functions to emerge within open spaces through the strategic placement of minimal physical structures.
Research Focus
- Open-space display
- Functional media
- Spatial partition
- Air lighting
- Spatial interface
POP
Research Concept
POP develops physical output and interaction technologies that seamlessly connect digital information with real-world objects and environments in cyber-physical spaces.
Research Focus
- Physical information output
- Cyber-physical interaction
- Object-based interfaces
- Information presentation
- Human-centered interaction
