Quantum Dot– tag –
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Nanofabrication Boosts III-V Quantum Dot Photon Collection Efficiency Beyond 80% for Quantum Technologies
Quantum Zeitgeist International Overview Advances in nanofabrication and cavity quantum electrodynamics have enabled III-V quantum dots (QDs) to achieve photon collection efficiencies exceeding 80%. These 20-nanometer scale nanostructure... -
Machine Learning Force Fields Unravel Carboxylate Ligand Binding on CdSe Quantum Dots at Atomic Level, Paving Way for Enhanced Displays, Solar Cells, and Bioimaging
Scienmag Unknown Overview Groundbreaking research utilizing machine learning force fields has elucidated the atomic-level binding mechanisms of carboxylate ligands on CdSe quantum dots. This discovery clarifies the factors determining na... -
IQE Secures Purchase Agreement with Quintessent for Quantum Dot Laser Epitaxy for AI Data Centers, Advancing to Customer Sampling
IQE UK Overview IQE plc has announced a purchase agreement with Quintessent Inc., an innovator of resilient, low-cost connectivity solutions for AI data centers, for the supply of quantum dot laser (QDL) epitaxy. This agreement will see ... -
Samsung Display Announces Mass Production of 24.5-inch FHD QD-OLED Panels Optimized for Esports at Gamescom 2026
Business Wire / Samsung Display South Korea Overview Samsung Display announced plans to mass-produce 24.5-inch FHD QD-OLED panels optimized for esports and FPS gaming by year-end, unveiled at Gamescom 2026. These displays offer an ultra-... -
Wide Bandgap ZnTeSe Quantum Dot Interlayer Boosts All-Inorganic InP QLEDs to 6.7% External Quantum Efficiency
AIP Publishing USA Overview This study achieved high-efficiency all-inorganic InP QLEDs by introducing a tellurium-alloyed ZnTeSe quantum dot (QD) interlayer. This interlayer simultaneously passivates interfacial defects, suppresses elec... -
Lewis Acid-Driven Perovskite QD Surface Reconstruction Enables Deep-Blue LEDs Approaching Rec. 2020 Standard with 8.5% Peak EQE
Nano Letters | ACS Publications USA Overview This study reports the development of high-performance deep-blue LEDs approaching the Rec. 2020 standard, achieved through a Lewis acid-driven perovskite quantum dot (PQD) surface reconstructi... -
Quantum Dots Advance Cancer Therapy with Enhanced Imaging and Drug Delivery, Overcoming Toxicity Barriers for Clinical Translation
IJPS Journal Global Overview This review emphasizes quantum dots (QDs) are extensively researched for bioimaging and drug delivery in cancer therapy due to their unique optical properties, particularly intense fluorescence. QDs can addre... -
Quantum Dots Show Promise as High-Brightness PSMA-Targeted Optical Probes for Recurrent Prostate Cancer Imaging
ACS Publications USA Overview This review highlights quantum dots (QDs) as a highly promising PSMA-targeted optical probe for recurrent prostate cancer imaging, offering high brightness, superior photostability, and size-tunable narrow e... -
Quantum Dot Solar Cells Achieve 15% Efficiency, Pushing Limits Towards Next-Generation Photovoltaics
Volt Coffer Global Overview Quantum Dot Solar Cells (QDSCs) leveraging quantum confinement effects to tune electronic and optical properties have reached a peak efficiency of approximately 15%. With the potential for enhanced efficiency ... -
Quantum Dots: Comprehensive Review from Basic Concepts to Advanced Applications in Displays, Solar Cells, and Bioimaging
GoPhotonics.com Global Overview A comprehensive review outlines the fundamental concepts, physical principles, and material classifications of quantum dots (QDs), alongside their diverse applications. It highlights the growing importance...
