A biopolymer derived from various natural sources is being explored for its potential application within microelectronic devices. This material, known for its pigmentary properties in biological systems, exhibits characteristics that may be advantageous in the fabrication and performance of computer chips. For example, its capacity to absorb light could be harnessed in optoelectronic components.
The incorporation of this organic substance into chip design offers several potential benefits. Its biocompatibility presents an environmentally conscious alternative to traditional materials. Additionally, its inherent semiconductive properties, tunable through doping and modification, may lead to the development of more efficient and sustainable computing technologies. Research into utilizing this material extends back several years, initially focusing on its conductive properties and later expanding to its potential in memory storage and energy harvesting.
