Artificial embryos are emerging as a revolutionary tool in the fields of developmental biology and medical research. By replicating the early stages of human development, these artificially created embryos provide scientists with unprecedented insights into the processes that guide the formation of life.

The ability to 3D print living tissues represents a groundbreaking advancement in medical science, offering unprecedented possibilities in healthcare. This innovative technology, known as bioprinting, enables the creation of complex biological structures that can mimic the natural tissue found in the human body.

Biomimetic robots, inspired by the behavior and movements of living creatures, are at the forefront of innovation in robotics. By emulating the designs and functions found in nature, these robots offer promising solutions to various challenges across multiple fields, including exploration, medical assistance, and environmental monitoring.