TED: How you could see inside your body — with a micro-robot | Alex Luebke, Vivek Kumbhari

The video explores the potential of micro-robotics in healthcare, focusing on a device called Pillbot. This small, swallowable robot can navigate the human stomach, providing real-time imagery and data. The video discusses the challenges of traditional methods like endoscopy and highlights Pillbot's advantages, such as non-invasiveness and ease of use. Future enhancements include AI integration and expanded applications to other body parts. The video concludes with a call to action for embracing this technology to improve health outcomes.

What was the primary challenge in exploring the human body before modern technology?

• Lack of interest in medical research

• Inability to see inside without surgery

• High cost of medical equipment

• Limited knowledge of human anatomy

What is the primary function of the Pillbot's camera?

• To provide a live video feed

• To navigate the robot

• To store data

• To power the robot

How is the Pillbot controlled during its operation?

• With a game controller

• Using a joystick

• Through voice commands

• By manual navigation

What technology could enhance the Pillbot's diagnostic capabilities?

• 3D printing

• Augmented reality

• Virtual reality

• Blockchain

What is a potential future feature of micro robots mentioned in the video?

• Use in veterinary medicine

• Autonomous control with AI

• Integration with smartphones

• Ability to fly outside the body

What is the envisioned size of future micro robots?

• As small as a grain of rice

• As large as a smartphone

• At the nanoscale

• The size of a tennis ball

What is the ultimate goal of using micro robots in the human body?

• To entertain patients during procedures

• To provide comprehensive internal exploration and treatment

• To explore space

• To replace all medical professionals