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Microscale robotics for single cell manipulation

798,210 次观看 • 1 年前 •via X (Twitter)

9 条评论

Dr. Pastor. Bionicle Wigga (CBT/ACC) 的头像
Dr. Pastor. Bionicle Wigga (CBT/ACC)1 年前

Okay, now make them build little microplastic homes inside our balls, then give them freewill so that they can have capitalism and build little nanobot factories using the heavy metals in water, then we can have an iron man armor n shit

UndetectedGPT 的头像
UndetectedGPT1 年前

Introducing UndetectedGPT: Your key to undetectable, humanized AI content.

nowon 的头像
nowon1 年前

now kiss

alpha raccoon 的头像
alpha raccoon1 年前

This is cell abuse

⭕ Chris the 🐧 Ambassador 的头像
⭕ Chris the 🐧 Ambassador1 年前

Scary but intriguing to see where technology is going

Potato 的头像
Potato1 年前

What you're looking at is a robot about the size of a red blood cell. For six months, engineer Marc Miskin’s job was to shoot lasers at at these tiny machines called Optical Wireless Integrated Circuits activating their atomically thin legs and skirting them around the microworld

Doolly Noted ✏️ 的头像
Doolly Noted ✏️1 年前

Note: Microscale robotics for single-cell manipulation uses light, sound, or magnetic fields to control tiny robots. These robots can perform precise tasks like cell injection, sorting, and movement in complex environments. They're useful in biology for studying cells, drug delivery, and tissue engineering. Techniques include using lasers for cell trapping and movement or magnetic fields for robot navigation. The field is advancing with applications in medical diagnostics and targeted therapy.

Prepper's Apprentice 的头像
Prepper's Apprentice1 年前

😆😆😆 I'm sorry, but this looks like a scientist version of making their stuffed animals kiss.

Pope Americus 的头像
Pope Americus1 年前

I don’t understand how something like this exists. How does one even manufacture this? How does something so small have a laser? What technology are they hiding from us ?

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