Xenobots: Cell-Based Living Robots That Can Self-Replicate

Xenobots: Cell-Based Living Robots That Can Self-Replicate
Preserved tadpoles of a frog named Frankixalus jerdonii, a new genus of frogs, are seen at Systematics Lab at the University of Delhi, Department of Environmental Studies, in New Delhi. Stem cells of another species, Xenopus laevis, is taken to generate xenobots on Jan. 14, 2016. Altaf Qadri/AP Photo
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Swarms of tiny living robots have discovered the ability to self-replicate, i.e. reproduce, through the process of gathering single cells and assembling them together to form new organisms, through a unique process not seen until now in plants or animals, scientists say.

Researchers Sam Kriegman, Douglas Blackiston, Michael Levin, and Josh Bongard from Tufts University, Harvard, and the University of Vermont created the life forms, called xenobots, in 2020, using stem cells taken from the embryo of the African clawed frog, Xenopus laevis.

Naveen Athrappully
Naveen Athrappully
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Naveen Athrappully is a news reporter covering business and world events at The Epoch Times.
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