Xenobots, otherwise called the world's first living robots, have the ability to reproduce, as indicated by a new report from the University of Vermont, Tufts University, and Harvard University.

Scientists distributed their concentrate recently in the Proceedings of the National Academy of Sciences. Xenobots are comprised of an assortment of frog egg cells that can work as one small unit. They are designed within a petri dish and can be customized to move.

Specialists as of late discovered that when they sprinkled more cells inside a petri dish, the current xenobots, going about as tractors, pushed the cells together to make a different xenobot.

"They can assemble other xenobots," lead scientist Sam Kriegman told media.

Although the tiny life forms can't take care of themselves or react to boosts, researchers portray them as "lifeforms" or "living machines" because they can benefit from the energy provided by their cells and move with the plan and fix their wounds.

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The xenobots were first planned in 2020 on a supercomputer at the University of Vermont and afterward collected and tried by scientists at Tufts University in Massachusetts.