Researchers from Italy developed a revolutionary technology that allowed you to create electrical circuits using a regular marker and laser beam. A unique finding has been shown: stable and cheap materials can be used for innovative developments. Published in İş Magazine Advanced Science (pbuh).
The Project Coordinator, Associate Professor Francesco Greco from the Santa Anna High School, announced: When exposed to the laser in the red pointer’s ink, they form a porous carbon graphene induced by a laser (LIG). So far, it was believed that the League could only be obtained from certain plastics and polymers, but this discovery proves the opposite.
The key to technology is the paint of Eozin, which is part of the red pointer’s ink. Resistance to high temperatures and a chemical structure similar to graphene enabled us to convert ordinary ink into a conductive material. This was the first to noticed the physicist Alexander Dalinger from Graz University: the laser accidentally passed the inscriptions by the red marker, and a black conductive road appeared instead.
Thus, the paint and scribed method was born: Apply the paint from glass to paper – to any surface and teleport a laser. As a result, a graphene electrical circuit appears on the subject.
The authors believe that their discoveries can lead to a revolution in printed electronics. Electrical circuits and sensors can now “draw” directly directly to the desired surface and eliminate the need for heavy and expensive components.
Technology applications are already discussed in the creation of “green” electronics using medicine, robotic, automation, sensory systems and even natural paints.
Previously Created Plastic processed from oil cleaning wastes.
What are you thinking?
Source: Gazeta
Barbara Dickson is a seasoned writer for “Social Bites”. She keeps readers informed on the latest news and trends, providing in-depth coverage and analysis on a variety of topics.