kinematic self replication

Scientists have discovered that xenobots can self-replicate. A xenobot is a “living robot.”

Almost all organisms replicate by growing and then shedding offspring. Some molecules also replicate, but by moving rather than growing: They find and combine building blocks into self-copies. Here we show that clusters of cells, if freed from a developing organism, can similarly find and combine loose cells into clusters that look and move like they do, and that this ability does not have to be specifically evolved or introduced by genetic manipulation. Finally, we show that artificial intelligence can design clusters that replicate better, and perform useful work as they do so. This suggests that future technologies may, with little outside guidance, become more useful as they spread, and that life harbors surprising behaviors just below the surface, waiting to be uncovered.

Kinematic self-replication in reconfigurable organisms

The implications are more terrifying than any horror show you can stream. Do HBs understand what they are creating? As Yuval Noah Harari pointed out “humanity faces three primary threats: nuclear war, ecological collapse, and technological disruption. Other issues that politicians commonly talk about—terrorism, migration, inequality, poverty—are lesser worries, if not distractions.”