In this slide presentation (see link below), we examine the different deposition and patterning techniques for forming OLED displays

In this slide presentation we give an assessment of graphene as an electronic material.

In this slide presentation (see below) we describe the different existing and emerging OLED material classes. In particular, we explain and analyse fluorescent (FL), phosphorescent (PH), thermally-activated delayed fluorescent (TADF) and hybrid TADF and fluorescent materials.

Glass is the ultimate barrier substrate material.

In this premium article below we cover some of the latest activities with printed, flexible batteries.

In this brief slide deck, we briefly outline the key aspects and challenges of growing high-quality graphene as an electronic substrate. This could take the form of a film of graphene on a wafer or another substrate. Therefore, we will consider chemical vapour deposition as well as epitaxial growth. Here, we will also outline some of the R&D progress on this topic. This slide presentation will be the first of two presentations. The second one will consider the use of graphene as an electronic material.

In this slide presentation, we will first give a brief introduction to the basic operation of thin film transistors, also distinguishing them from wafer-based transistor technologies.

Technology analyst Dr Bryony Core reports on her findings at the IDTechEx Show! Santa Clara 2018

In this article we will consider the existing and emerging applications of IME, looking at the latest prototypes, commercial success, etc. We will briefly examine value chain.

This article looks at the history and current status of smart blister packs.

In this presentation, we provide an update on various companies active in the quantum dot (QD) business.

This premium article from IDTechEx Research looks at opportunities for printed and flexible electronics in the smart card industry.

Quantum materials are excellent narrowband emitters. As such, most application discussions have focused on display and lighting applications where it can expand color gamut, efficiency, CRI and other parameters.

In this article we introduce in-mold electronics and consider its value proposition. Next, we will examine the requirements from IME compatible materials such as stretchability, stability, adhesion, etc. Finally, we will consider how the menu of IME materials is evo

Many consider quantum dots as the ultimate and ideal phosphor material. This is because quantum dots and phosphors both act as downconverters and therefore share many applications in lighting and displays.

LoC is a device that integrates one or several laboratory functions on a single integrated circuit (commonly called a "chip") to achieve automation and high-throughput screening for PoC.

Product-wide trends when viewing relative performance of case studies in commercial skin patches.

In the past five years or so, perovskite quantum dots have emerged as interesting emissive (PL or EL) nanocrystal materials that could one day rival existing cadmium- or indium-based quantum dots (QDs).

Mobile cardiac telemetry (MCT), Holter monitoring, event monitoring and a comparison with other options

Organic photovoltaics were once considered the next generation of photovoltaic technology. They had huge hype because they had a seductive value proposition: R2R printing of high-performance, robust and flexible solar cells over large areas using low-cost materials and low CapEx high-throughput equipment. progress