Display paper briefing, week 4 of July
A short sweep of 11 papers touching the display industry from among the 12 major journals (published online 2026-07-27 to 08-02). It falls short of the target of 15, and the actual survey result is reported as it stands.
From Nature Photonics to ACS Applied Materials & Interfaces, PEER sweeps 12 high-impact interdisciplinary journals each week and introduces briefly only those papers touching the display industry. The reference date for inclusion is the first online publication date (2026-07-27 to 08-02). This week produced 11, short of the target of 15. Rather than padding it out, the actual survey result is reported as it stands.
Two candidates passed strongly this week, so there are two in-depth articles → Oxide TFT stability and contact resistance held by a laser · Sensing, memory and computation in a single flexible transistor
The other 10
1. Green large-scale synthesis of perovskite QDs with a low lasing threshold
Advanced Science · 07.27 · Min Zhou, Yangzhou University · OA
PLQY 95%, ASE threshold 50.1µJ/cm²: CsPbBr3 QDs synthesized greenly at gram scale with a bio-derived ligand work as a low-threshold laser gain material.
2. Structural colour from commercial liquid crystal alone, with a glass company involved
Advanced Science · 07.30 · Saint-Gobain Recherche + Paris-Saclay and Montpellier universities · OA
Reflective and transmissive structural colour realized by spin coating a commercial achiral liquid crystal (8CB) alone, with no chiral molecule synthesis.
3. A flexible organic TFT that both senses and computes
Nature Communications · 07.27 · Tianjin University · Nanjing University of Posts and Telecommunications · Jilin University · OA
Mobility 22.65cm²/V·s, photoresponse 30µs: inorganic-organic heterogeneous dielectrics integrate sensing, memory and computation in a flexible TFT. → covered as a separate in-depth article: Sensing, memory and computation in a single flexible transistor
4. A circularly polarized OLED from topologically chiral molecules
Nature Communications · 07.30 · East China Normal University · Institute of Chemistry, Chinese Academy of Sciences · OA
EQE 3.92%: the first circularly polarized OLED realized with neutral radicals on a topologically chiral [2]catenane skeleton.
5. A narrowband polarized OLED made by strong coupling
Advanced Materials · 07.28 · Beijing University of Technology
EQE 3.4%, FWHM 17.0nm: strong-coupling hybrid modes realize a narrowband, directional and polarized OLED (for near-eye displays).
6. A circularly polarized OLED passing 28% EQE with axially chiral molecules
Adv. Functional Materials · 07.30 · Xi’an Jiaotong University
EQE 28.1%: a high-efficiency circularly polarized OLED made with a pair of axially chiral MR-TADF enantiomers directly bonded at the 3,3′ positions.
7. Micro-LED and CMOS integration for AR displays, a review
Laser & Photonics Rev. · 07.29 · Tae-Yeon Seong, Korea University + Taiwan and Japan
A comprehensive comparison of the bottlenecks of each integration approach for high-resolution AR microdisplays at sub-10µm pixel pitch.
8. A sky-blue hyperfluorescent OLED with suppressed roll-off
ACS Appl. Mater. Interfaces · 07.27 · Sun Yat-sen University · South China University of Technology · Wuyi University
EQEmax 30.9%, roll-off 22.7% at 1000cd/m²: a TADF sensitizer suppresses the efficiency drop of a sky-blue OLED.
9. A fully solar-blind perovskite photodetector
Laser & Photonics Rev. · 07.29 · Xiamen University · Nanjing University
Detectivity 1.5×10¹² Jones: a solar-blind perovskite photodetector monolithically integrated on a TFT backplane, demonstrated as far as imaging.
10. A vacuum-deposited near-infrared perovskite LED, a record efficiency
Advanced Materials · 08.01 · Shenzhen University · Nanjing Tech University
EQE 16.6% (a record for vacuum-deposited NIR perovskite LEDs): a zwitterionic interlayer makes a near-infrared LED compatible with existing OLED deposition infrastructure.
Selection criteria: all papers newly published in the 12 major journals on our registry with a first online publication date between 2026-07-27 and 08-02 and directly related to the display industry (panels, materials, processes, equipment). The text is based on the published abstracts and bibliographic information.