The DISH technology is making a breakthrough in 3D printing, enabling the creation of complex objects with high precision in just fractions of a second. It opens up new possibilities for mass production of photonic devices, microrobots, and biomodels.
Researchers have developed a model of microrobots that use sound waves to coordinate in swarms and display collective behavior, much like schools of fish or flocks of birds. Such a system could be used for complex tasks, including exploring hazardous areas and delivering medications.
Scientists have developed biohybrid microrobots based on sperm cells coated with magnetic nanoparticles and, for the first time, tracked their movement inside an anatomical model using X-rays. This technology opens up new possibilities for targeted drug delivery and infertility treatment, though it is still in the early stages of research.