ROYAL SOC CHEMISTRY
The charge-carrier diffusion distance (Ld), which governs charge-transport and recombination characteristics, is a key factor influencing the photovoltaic performance of organic solar cells. However, the underlying mechanism of how morphological...
Multimodal sensors offer significant promise for a wide range of applications; however, their practical deployment is often hindered by cross-sensitivity, which limits accurate discrimination of individual stimuli. Addressing this challenge...
High-quality two-dimensional (2D) transition metal dichalcogenide (TMD) films are typically grown on substrates such as sapphire that are incompatible with silicon technology, making clean and nondestructive transfer essential for device...
Organic semiconductors (OSCs) are uniquely positioned to enable next-generation electronic technologies due to their intrinsic mechanical flexibility, solution processability, and chemical tunability. These characteristics make them particularly attractive for applications...
Columnar materials have lately emerged as promising materials for organic light-emitting diodes (OLEDs) owing to their unidirectional charge transport and self-assembling characteristics. In the present investigation, we report the synthesis...
Controlling molecular donor substitution selectivity is an effective strategy for tuning charge transfer and exciton dynamics in thermally activated delayed fluorescence (TADF) materials.Herein, we report four C2-symmetrical 2,4,6-triphenyl-1,3,5-triazine-based derivatives with...
Micro/nanoscale optical waveguides are pivotal components for photonic integrated circuits, optical computing, and information security. However, conventional rigid waveguides lack the mechanical compliance required for flexible photonic systems, while synthetic...
Halogen functionalization enables effective tuning of electronic and magnetic properties in Janus CrXY monolayers, enhancing ferromagnetism and Curie temperature for advanced spintronic applications.
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Photomechanical molecular crystals that couple light-driven actuation with optical feedback represent a frontier in smart materials. Here, we report a distyrylbenzene derivative ( 1 ) exhibiting polymorph-dependent photomechanical behavior via topochemical [2+2]...
Flexible multimodal ionic thermoelectric hydrogels have attracted widespread attention in wearable motion monitoring, yet severe signal crosstalk between temperature and pressure stimuli greatly restricts their practical applications.
Ion-exchange doping of aligned polythiophene films achieves a 2–3 orders of magnitude enhancement in hole mobility along both backbone and π–π stacking directions, without compromising uniaxial alignment.
Organic fluorescent materials (OFMs) with hybridized local and charge-transfer (HLCT) states are ideal for high-efficiency photoluminescence (PL) and electroluminescence (EL) due to their ability to harvest triplet excitons via ultrafast...
Monolayer honeycomb borophene oxide (h-B2O) has emerged as a mechanically and thermally robust two-dimensional (2D) material with nontrivial topological features and potential superconducting phases, yet its electronic thermodynamics and magnetic...
Organic electrochemical transistors (OECTs) have attracted considerable interest for bioelectronic applications owing to their low-voltage operation, high transconductance, and efficient ion-electron coupling. However, achieving a balance between ionic transport, electronic...
High-temperature stealth applications in the aerospace sector calls for electromagnetic wave absorption materials featuring with high-temperature resistance, thermal insulation and highly efficient absorption. However, traditional absorber materials suffer from critical...
Nitrogen-doped carbon (NC) materials exhibit magnetic behavior arising from the interplay of conduction electrons and defect-localized spins, and this balance is highly sensitive to gas adsorption. Using temperature-dependent electron paramagnetic...
Conductive hydrogel strain sensors are essential for wearable electronics and human-machine interaction. Herein, a poly(acrylic acid) (PAA)/single-walled carbon nanotube (SWCNT) composite conductive hydrogel sensor was fabricated via synergistic integration of...
By rationally designing novel A 1 –D–A 2 acceptor polymers, a high-performance all-polymer photodetector applicable to self-powered image sensing was successfully obtained.
We present the first alkyl-chain functionalized [FeCo] PBAs exhibiting synchronized LC and ETCST at melting temperatures, with reversible thermochromism in solution phase. Alkylation facilitates thin-film processing while retaining magnetic behavior.