How can we fabricate more ecological friendly functional materials and electronic devices? Nowadays, the environmental issues of electronics from both the perspectives of used materials and manufacturing process is a major concern. The usage, storage, disposal protocol and the volume of waste material continues to increase the environmental footprint of our increasingly “throw away society”. Almost ironically, that society is increasingly involved in pollution prevention, resources consumption issues and post-consumer waste management. Clearly, there exists a dichotomy between environmentally aware usage and consumerism. The current technology to manufacture functional materials and electronic devices requires heat generation in a deposi...
The electronics industry bears an enormous potential for fostering the sustainable development throu...
Abstract The concepts of IoT, AI, I4.0, and 6G provide amazing opportunities for improving our qual...
Intelligent objects, autonomous factories and humans browsing the real world with artificial technol...
open access journalNowadays, the environmental issues surrounding the production of electronics, fro...
In the context of an Internet of things (IoT) vision, printed and embedded electronics have gained s...
After almost half a millennium of technological development, printing technologies have achieved a l...
There is little question that the “electronic revolution” of the 20th century has impacted almost ev...
Nowadays the environmental impact of both used materials and manufacturing process of thin films is ...
Flexible, ultra-light and wafer-thin – the future of electronics is printed! The cornerstones for th...
Innovations in industrial automation, information and communication technology (ICT), renewable ener...
In the last decades, the demand for electronics and, therefore, electronic waste, has increased. To ...
Sustainability and circular economy cover the principles of designing out waste and pollution, keepi...
Printed Electronics as an emerging technology is a fast-evolving disruptive and enabling innovative ...
The demand for printed electronics (PE) is expected to increase for improved functionality and auton...
Printed electronics (PE) is based on printing thin- and thick-film structures on cost-sensitive flex...
The electronics industry bears an enormous potential for fostering the sustainable development throu...
Abstract The concepts of IoT, AI, I4.0, and 6G provide amazing opportunities for improving our qual...
Intelligent objects, autonomous factories and humans browsing the real world with artificial technol...
open access journalNowadays, the environmental issues surrounding the production of electronics, fro...
In the context of an Internet of things (IoT) vision, printed and embedded electronics have gained s...
After almost half a millennium of technological development, printing technologies have achieved a l...
There is little question that the “electronic revolution” of the 20th century has impacted almost ev...
Nowadays the environmental impact of both used materials and manufacturing process of thin films is ...
Flexible, ultra-light and wafer-thin – the future of electronics is printed! The cornerstones for th...
Innovations in industrial automation, information and communication technology (ICT), renewable ener...
In the last decades, the demand for electronics and, therefore, electronic waste, has increased. To ...
Sustainability and circular economy cover the principles of designing out waste and pollution, keepi...
Printed Electronics as an emerging technology is a fast-evolving disruptive and enabling innovative ...
The demand for printed electronics (PE) is expected to increase for improved functionality and auton...
Printed electronics (PE) is based on printing thin- and thick-film structures on cost-sensitive flex...
The electronics industry bears an enormous potential for fostering the sustainable development throu...
Abstract The concepts of IoT, AI, I4.0, and 6G provide amazing opportunities for improving our qual...
Intelligent objects, autonomous factories and humans browsing the real world with artificial technol...