Flexible Nano-Gold Film for Self-Powered Electronics

In May 2026, scientists developed an ultrathin flexible film embedded with nano-gold particles that can convert small temperature changes into electrical signals.

Key Features of the Innovation

  • Developed using:
    • Polyvinylidene fluoride (PVDF) polymer.
    • Hexagonal nano-gold particles.
  • Film thickness Less than 100 nanometres.
  • Converts thermal energy into electrical energy through Pyroelectric effect.

How does the Technology Work?

  • Nano-gold particles improve:
    • Electrical performance.
    • Thermal-to-electrical energy conversion.
    • Optical absorption.
  • Gold nanoparticles help create: Highly ordered polar phase in PVDF film.
  • Operates efficiently within: 294-301 Kelvin temperature range.

Potential Applications

  • Wearable electronics.
  • Self-powered sensors.
  • Smart photo detectors.
  • Healthcare monitoring devices.
  • Environmental sensing systems.
  • Low-grade heat energy harvesters.

Pyroelectric Effect

  • Pyroelectric Effect is ....
Do You Want to Read More?
Subscribe Now

To get access to detailed content

Already a Member? Login here


Take Annual Subscription and get the following Advantage
The annual members of the Civil Services Chronicle can read the monthly content of the magazine as well as the Chronicle magazine archives.
Readers can study all the material before the last six months of the Civil Services Chronicle monthly issue in the form of Chronicle magazine archives.

Related Content