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Innovations in Biotechnology and Medical Sciences

Cyborg Materials and Learning Metamaterials 

Why in the News

Researchers in Europe have developed a synthetic metamaterial capable of physically learning and changing shape in response to external conditions. The findings were published in the journal Nature Physics.

About Metamaterials

  • Special engineered materials whose properties depend on:
    • Internal structure
    • Physical arrangement
    • Not just chemical composition
  • Can exhibit unusual properties not found in natural materials

Key Features of the New Material

  • Built as a chain of connected robotic units
  • Each unit contains:
    • Motor
    • Angle sensor
    • Microcontroller
  • Capable of:
    • Learning shapes
    • Forgetting previous configurations
    • Adapting to new external conditions
[2023] Consider the following actions: 
1. Detection of car crash/collision which results in the deployment of airbags almost instantaneously
 2. Detection of accidental free fall of a laptop towards the ground which results in the immediate turning off of the hard drive 
3. Detection of the tilt of the smart- phone which results in the rotation of display between portrait and landscape mode 
In how many of the above actions is the function of accelerometer required? 
[A] Only one [B] Only two [C] All three [D] None

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