The research pipeline: organic photovoltaics, organic transistors, flexible batteries and the science moving from journal page toward product roadmap.
Researchers in Changchun rebuilt both electrodes, embedding silver nanowires behind a polymer and growing a continuous 9nm silver film. The demonstrator is green-only and still needs cables.
The RGBW microdisplay reaches 5,040 ppi and switches between frame-based and memory-based driving so static content costs almost nothing to hold. No brightness or lifetime figures were given.
A core-shell polymer shields the light-emitting core while its outer arms cross-link under UV, letting the team pattern a multicolour image at about 1.2 micrometres per pixel. No efficiency or lifetime figures were reported.
A foundry-compatible process thins photonic circuits to a few microns on polyester film, with curved AR displays and conformable health monitors in view.
Nanjing University and Chinese Academy of Sciences researchers report 27.35% in the lab and 26.88% certified, ahead of the 26.4% SERIS reported in 2025.
The 10th edition treats defence and aerospace as a separate industry sector for the first time, and gives sustainability a standalone chapter.
Multilayer dyad barrier stacks are approaching thin-film-encapsulation-grade water vapour transmission rates without the vacuum deposition equipment bill.
Indoor photovoltaics are quietly becoming organic electronics' most practical near-term market — powering sensors and e-labels where batteries and wiring don't make sense.
Forecasts put flexible electronics at $96.77 billion by 2033. We unpack what that growth rate assumes — and where the risk sits between the curve and reality.
New Delhi is spending ₹22,919 crore to move beyond assembly. Where printed and flexible electronics fit into the PLI build-out — and where the gaps remain.