For centuries, the concept of life and death have been perceived as polar opposites. However, recent scientific research has unveiled a new phenomenon: a “third state” that exists beyond these traditional definitions. This emerging state challenges our understanding of biology, as it involves cells from deceased organisms reorganizing into new living structures. This discovery opens up exciting possibilities for medicine and science. Researchers have observed cells continuing to function and develop new abilities even after an organism dies, blurring the lines between life and death. This new multicellular life forms from dead cells, showcasing the remarkable plasticity of cells postmortem. From frog skin cells transforming into self-moving, structure-replicating xenobots to human lung cells reorganizing into anthrobots with healing abilities, the potential applications in medicine and technology are enormous. The ability of cells to survive and communicate postmortem through bioelectricity signals suggests a new frontier in cellular behavior. This “third state” not only challenges our fundamental understanding of biology but also holds promise for revolutionary medical advancements. Engineered anthrobots could be utilized for drug delivery and tissue repair without triggering immune responses. Additionally, these organisms have a natural lifespan, preventing concerns of uncontrolled growth. As scientists continue to delve into this new territory, we can expect groundbreaking advancements in both biology and healthcare. This new “third state” between life and death has the power to reshape our approach to medicine and expand our comprehension of life itself. With the discoveries of xenobots and anthrobots, the future of biology looks exceedingly captivating.