Abbrevation
innoLAE
City
Cambridge
Country
UK
Deadline Paper
Start Date
End Date
Abstract

Large&#8211;Area Electronics (LAE) is a new way of making electronics and includes printed, flexible, plastic, organic and bio&#8211; electronics&#046; LAE has the potential to both open up new markets for electronics and to expand existing products by adding new form factors, new functionality and enabling new cost structures&#046; Applications abound in high growth industrial sectors such as healthcare and medical, sport and fitness, fast moving consumer goods, automotive, the Internet of Everything, printing and packaging and smart wearables&#046;<br>innoLAE 2019 represents a unique opportunity to hear the latest developments from academic and industrial teams active in LAE research and technology, including keynotes and invited talks from leading international organisations&#046;<br>Our fifth annual conference, innoLAE 2019 will be on January 22&#8211;23, 2019 at the Wellcome Genome Campus, Cambridge, UK, presenting a varied 2&#8211;day programme featuring contributions from academia and industry, highlighting the most recent and exciting innovations in LAE and new products incorporating LAE technologies&#046; innoLAE 2019 will offer both plenary and parallel track oral presentations, a poster session with prizes awarded to the most promising scientific and technical developments, an exhibition with leading companies and organizations showcasing their latest products and developments, and networking opportunities, including a reception and a conference gala dinner at Queens’ College, Cambridge, UK&#046;<br>We invite contributions to the conference programme on topics relating to LAE such as:<br>• Manufacturing of Large&#8211;Area Electronics:<br>novel manufacturing processes, manufacturing on non&#8211;traditional substrates, scaling up manufacturing<br>• High performance materials for LAE:<br>e&#046;g&#046; organic semiconductors, metal oxides, 2D and layered materials, quantum dots, stretchable and biocompatible materials<br>• Novel devices and architectures for LAE:<br>e&#046;g&#046; transistors, sensors, optical emitters and detectors, energy harvesting and storage, circuit elements<br>• LAE systems:<br>including flexible displays, stretchable and conformable electronics, hybrid electronics<br>• Applications of LAE:<br>e&#046;g&#046; IoT, healthcare, automotive, packaging, smart buildings<br>• Bioelectronics:<br>LAE devices and systems for bioelectronics<br>• Circular economy and LAE:<br><div>end&#8211;of&#8211;life, waste management, recycling and reuse of LAE materials, components and systems<br></div><div><br></div>