Scientists Achieve Breakthrough with 3D Synthetic Active Matter Resembling Worms
Researchers at the University of Bristol have developed life-like materials that move independently, paving the way for potential applications in medicine and self-healing technologies.
- University of Bristol scientists, in collaboration with researchers from Paris and Leiden, created three-dimensional synthetic active matter using micron-sized Janus colloid particles.
- The particles, activated by a strong electric field, self-organized into worm-like structures, marking a significant advancement in active matter research.
- This new material exhibits life-like behavior, moving independently due to internal energy sources, unlike traditional inanimate materials like plastic or wood.
- The researchers developed a theoretical framework to predict and control the motion of these synthetic worms based on their lengths, with potential future applications in targeted drug delivery and self-healing materials.
- Under different conditions, the particles formed other structures such as sheets and mazes, showcasing the versatility of the system for further study and innovation.
ScienceDaily 
Tech Explorist 