“Protecting People, Saving Energy, Preserving Nature – Through Mechanical Metamaterials.”
Research Vision
Our research in mechanical metamaterials is guided by a clear vision:
to protect against hazards, maximize safety, reduce energy consumption, and advance environmentally friendly engineering.
By integrating fundamental mechanics, intelligent design, and experimental innovation, we aim to develop materials and devices that not only expand scientific knowledge but also create a safer, more energy-efficient, and sustainable future.
Seismic & Vibration Isolation
QZS metamaterials to protect sensitive devices, infrastructure, and high-value equipment during earthquakes or environmental disturbances.
Impact Mitigation & Energy Absorption
Architected lattices with tailored nonreciprocal stiffness for directional shock absorption in vehicles, robots, and protective gear.
Thermal Hazard Protection
Thermal diodes and switches for regulating overheating, fire barriers, or adaptive cooling in high-risk environments.
Mobility & Rescue Systems
Transformable wheels and robotic metamaterials for emergency response in hazardous terrain.
