Pioneering microgravity research to unlock the fundamental properties of liquid crystals, advancing materials science and space technology through international collaboration.
Updates and progress of the TLC project
Advancing liquid crystal science through microgravity research
Official MOU between Kasetsart University and NASA, with support from GISTDA and MHESI, creating a unique platform for Thai scientists to conduct cutting-edge space research.
Utilizing the International Space Station's unique microgravity environment to study liquid crystal behavior without gravitational interference.
Developing next-generation materials and technologies with applications in displays, sensors, and space technology.
The fascinating science behind our research
Liquid crystals represent a unique state of matter that combines properties of both liquids and solid crystals. These remarkable materials flow like liquids while maintaining some degree of molecular order like crystals, making them essential for modern technology from smartphone displays to advanced optical devices.
Liquid crystal molecules are typically elongated (rod-like) or disc-like shapes. These molecules can align in various orientations, creating different phases with unique optical and electrical properties.
As temperature changes, liquid crystals undergo phase transitions between different ordered states, each with distinct properties that can be exploited for technological applications.
In space's microgravity environment, liquid crystals behave differently due to the absence of gravitational forces, allowing scientists to study fundamental properties impossible to observe on Earth.
LCD screens, OLED displays, smart windows
Light detection, optical switches, photonics
Zero-gravity synthesis, space-grade materials
Responsive materials, shape-memory effects
Principal investigators and research specialists
Principal Investigator & Project Director
Department of Physics, Faculty of Science
Kasetsart University, Thailand
Co-Principal Investigator
Liquid Crystal Physics, Molecular Dynamics
Director of Space Technology Development office, GISTDA
Gistda, Space Technology
Strategic collaboration advancing space science research
Ministry of Higher Education, Science, Research and Innovation
Lead Policy & Strategic Support
Thailand Science Research and Innovation
Research Funding & Development
Faculty of Science
Lead Research Institution
National Aeronautics and Space Administration
International Space Partner
Space Technology Development
Human Resources Development
Microgravity Research Platform
Commercial Space Services
Join our mission to advance liquid crystal science in space
Department of Physics
Faculty of Science
Kasetsart University
Bangkok 10900, Thailand
Research partnerships, academic exchanges, and joint space science projects welcome
Get in touch with our research team for collaboration opportunities