His best-known research was the discovery and development of conductive polymers - plastic materials that conduct electricity.

The following table presents some organic conductive polymers according to their composition.

The band structures of conductive polymers can easily be calculated with a tight binding model.

Due to their poor processability, conductive polymers have few large-scale applications.

Typical conductive polymers must be "doped" to produce high conductivity.

The resulting conductive polymer are peeled off of the anode.

He holds a series of patents on electrically conductive polymers.

It is used as a transparent, conductive polymer with high ductility in different applications.

However, it is unlikely that n-doped conductive polymers are available commercially.

But the somewhat accidental discovery of conductive polymers in the late 1970's offered the potential for a much more viable system.