This is the First LIVING Robot and it's Unbelievable

TL;DR

Scientists have created xenobots, living robots made entirely of organic cellular material that can be designed to perform specific actions through a combination of skin and heart cells. These robots exhibit emergent behavior and have potential applications in medicine and environmental cleanup.

Transcript

What you're about to see is the first ever living robot that was just created by researchers in the US. This, is it. The xenobot. Under one millimeter in size, it's unlike most robots in that it's not made of any plastic or metal, but entirely of organic, cellular material. It can move forward, turn around, sometimes spin in circles, and if you fl... Read More

Key Insights

• 🤖 Xenobots are the world's first living robots, made entirely of organic, cellular material.
• 🥰 They are designed using a combination of skin and heart cells, allowing them to move and perform specific actions.
• 👥 Xenobots exhibit emergent behavior when in a group, similar to the behavior of cells in the human body.
• 😒 Potential applications of xenobots include medical uses, such as brain tumor removal and artery plaque cleanup.
• 🎨 Xenobots could be designed with different types of cells to enhance their capabilities, such as photo receptors or sensory cells.
• 🍳 They naturally break down over time, avoiding issues of foreign object detection in the body.
• 🗯️ Ethical considerations arise regarding the rights of xenobots, especially as they gain cognitive capabilities and potential consciousness.

Questions & Answers

Q: What are xenobots made of?

Xenobots are made entirely of organic, cellular material, specifically a combination of skin and heart cells.

Q: How can xenobots perform specific actions?

Scientists use computer-generated designs to guide the assembly of xenobots and specify the desired actions. The xenobots are then designed in a way that allows them to move or perform the desired actions.

Q: Do xenobots exhibit emergent behavior?

Yes, xenobots can exhibit emergent behavior, which means that when a group of xenobots is together, they can display behaviors that an individual xenobot cannot perform. This is similar to the emergent behavior observed in the human body, where trillions of cells come together to form consciousness.

Q: What are the potential applications of xenobots?

Xenobots could be used in various medical applications, such as removing brain tumors or cleaning up artery plaque. They have the potential to navigate environments and could be designed with components from blood vessels, nervous systems, or sensory cells to perform specific tasks.

Summary & Key Takeaways

• Researchers have created xenobots, the first-ever living robots that are made up of organic, cellular material rather than plastic or metal.

• These xenobots are designed using a combination of skin and heart cells, which allow them to move and perform specific actions.

• The creation of xenobots involves a laborious process of manually assembling individual cells together, guided by computer-generated designs.