Explore devices, transistors, optoelectronics, and next-generation computing hardware research.
The study demonstrates that engineering bonding sites enhances the uniformity and stability of self-assembled monolayers for perovskite solar cells.
Published 2025.06.24View evidence and readiness →The study demonstrates that standard CMOS transistors can exhibit both neuronal and synaptic behaviors when voltage is applied in a novel way.
Published 2025.03.26View evidence and readiness →This study uses first-principles calculations and advanced computational techniques to demonstrate that the effective mass of electrons is a critical factor in determining phonon-limited mobility in polar semiconductors.
Published 2026-10-05View evidence and readiness →This study develops a two-temperature molecular dynamics model that accurately simulates electronic stopping for self-ions in elemental semiconductors, including both channeled and incommensurate trajectories.
Published 2026-10-03View evidence and readiness →This study presents a physics-driven hybrid machine learning and evolutionary optimization framework for efficient sub-3 nm Gate-All-Around Multi-Bridge Channel FET design.
Published 2026-10-02View evidence and readiness →This study demonstrates that doped tellurium exhibits a highly tunable giant negative longitudinal magnetoresistance, which is linked to the chiral anomaly and persists up to room temperature.
Published 2026-09-26View evidence and readiness →This study demonstrates that a 2 nm-thick GaAs insertion layer optimizes the optical performance of InGaAs/InAlGaAs multiple quantum wells by suppressing localized carrier recombination.
Published 2026-09-24View evidence and readiness →This study introduces a resistor network model with time-independent resistances to simulate charge transport in organic semiconductors, especially under high charge carrier density conditions.
Published 2026-09-24View evidence and readiness →This study presents a reversible photolithography method that enables dynamic control over quantum dot photolithography through a wavelength-gated ligand crosslinking and decrosslinking cycle, resulting in high-performance electroluminescence.
Published 2026-09-24View evidence and readiness →This study demonstrates 10 nm channel length InZnSnO thin-film transistors using self-aligned AlOx spacers, achieving high performance for 2T0C DRAM applications.
Published 2026-09-19View evidence and readiness →This study introduces a colloidal quantum dot interlayer in inverted phosphorescent OLEDs to reduce energy loss from surface plasmon polariton modes through plasmonic coupling.
Published 2026-09-15View evidence and readiness →This study examines how varying centrifugal speeds affect the exfoliation of graphite into few-layer graphene using liquid-phase exfoliation, aiming to enhance scalability for industrial applications.
Published 2026-09-12View evidence and readiness →This study presents a high-sensitivity organic neuromorphic solar-blind ultraviolet sensor that can detect extremely weak light, offering improved performance over existing corona discharge monitoring technologies.
Published 2026-09-04View evidence and readiness →The study measures shallow defect states in amorphous oxide semiconductor thin-film transistors and shows they control key electrical performance parameters like subthreshold swing and threshold voltage.
Published 2026-09-02View evidence and readiness →This study investigates how source contact segmentation affects the electrical characteristics of 4H-SiC planar MOSFETs, showing reduced input capacitance and leakage current with increased on-resistance and forward voltage.
Published 2026-08-30View evidence and readiness →The study investigates how asymmetry in plasmonic nanoshells affects the optical properties of quantum dot systems using theoretical and numerical methods.
Published 2026-08-30View evidence and readiness →Cambricon-FlexLLM is a hybrid architecture combining NPU and NAND flash chip for efficient on-device 70B LLM inference with reduced data movement overhead.
Published 2026-08-29View evidence and readiness →This study introduces an iontrovoltaic mechanism that uses triboelectric effects to create ionic concentration gradients and enhance charge separation at semiconductor-liquid interfaces.
Published 2026-08-26View evidence and readiness →ViT-Tiny is a lightweight Vision Transformer with 5.7M parameters that uses domain-specific adaptations to achieve 98.4% accuracy in mixed-defect classification on semiconductor wafers, outperforming larger models and CNNs.
Published 2026-08-25View evidence and readiness →This study presents a wireless magnetic tactile sensor using in-sensor computing architecture for rapid underwater target identification, combining high linearity in force-to-magnetic signal conversion with ultra-fast detection.
Published 2026-08-25View evidence and readiness →The study demonstrates that GaN micro-LEDs with an AlGaN-interlayered QW–QD composite active region exhibit reversed size dependence of external quantum efficiency, with efficiency increasing as the device size decreases.
Published 2026-08-24View evidence and readiness →This study presents a triple-level content-addressable vertical NAND flash memory that uses the threshold-voltage states of commercial triple-level-cell V-NAND devices to enable efficient in-memory search.
Published 2026-08-24View evidence and readiness →This study demonstrates a degradation-assisted doping method for organic semiconductors using Lewis acids, which significantly increases hole density through unstable radical anions of p-doping agents.
Published 2026-08-14View evidence and readiness →