Researchers use biodegradable nanocellulose with additional functionalities to produce implants for cartilage diseases using 3D printing.
Researchers use biodegradable nanocellulose with additional functionalities to produce implants for cartilage diseases using 3D printing.
The ETH spin-off Oxara, is developing a cement-free concrete made from clay-based excavation material to build affordable, sustainable houses.
A special section presents the current state of research in the field of ultrafine grained metallic materials and composites, with emphasis on processes, properties and microstructures.
Scientists analyze CMTS from a structural and electronic perspective and propose criteria for disorder-free materials .
Gallium nitride as a potential alternative to current silicon-based electronics.
Sensors that are promising for motion capture, and the development of health monitoring devices, surgical instruments, and human–machine interaction devices.
Leti has developed a novel retinal-projection concept for augmented reality (AR) uses based on a combination of integrated optics and holography.
A high‐throughput hydrodynamic exfoliation process yields a highly stable colloidal suspension of 2D nanosheets in water.
A team of researchers from the University of Paris, France developed a compact high‐speed full‐field optical coherence microscope for high‐resolution in vivo imaging of biological tissues.
A combination of experiments and simulations show how woodpeckers are protected from concussion by the structure of their skull.