SIL Literature 🎩

Cross‐sectional Lorentz TEM and off‐axis electron holography visualize the magnetic domain structure and quantify interlayer coupling in Fe3GeTe2/graphite/Fe3GeTe2 heterostructures

Sn4+/Sn2+ redox, the highest‐potential tin couple, remains unrealized in practical batteries

The incompatibility of cocatalyst between alkaline photocatalytic water oxidation systems and pure water splitting is identified as a critical bottleneck, causing serious N2 generation through photocorrosion

A spatial–spectral decoupled meta‐window redirects reflected environmental thermal radiation while preserving a semitransparent infrared response, enabling visible–laser–infrared compatible camouflage, emergency signaling, and angle‐responsive infrared text communication

Seven‐membered nitrogen heterocycles fused to aryl rings are privileged scaffolds for drug discovery and medicinal chemistry

A two‐dimensional borophene oxide (BO) substrate dually modulates the electronic structure and interfacial microenvironment of copper catalysts

Palladium (Pd) nanoparticles are selectively anchored within nitrogen‐expanded 1T‐phase molybdenum disulfide (1T‐MoS2), forming a rivet‐like interface that promotes charge transfer and regulates intermediate adsorption

Α‐Iodo‐gem‐diborylalkanes serve as radical linchpins in a palladium‐catalyzed annulation with alkenes, providing modular access to semisaturated cyclic scaffolds

Practical Ir‐based electrocatalysts for the acid oxygen evolution reaction must resolve the demanding “activity‐stability‐cost” trilemma

Liquid–liquid phase separation is used to organize enzyme condensates at photosynthetically active thylakoid membrane interfaces, enabling spatial coupling between light‐driven NADPH regeneration and enzymatic catalysis

Regulating solvent orientation and cathode–solvent distance at the LiCoO2 interface suppresses irreversible interfacial spatial electron transfer (ISET)

An effective organic‐sublattice engineering strategy to improve electrical performance in hybrid perovskites

An integrated SEI/polyurea–polyurethane hydrogel interface on Zn anodes resolves the persistent trade‐off among mechanical strength, ionic conductivity, and interfacial stability

This work resolves the trade‐off between dissymmetry factor (gabs) and carrier mobility (μ) for chiral organic semiconductors

The hydrogen‐bonding networks of interfacial water serve as active stability descriptors for carbon anodes: disrupted water‐networks accelerate anodic carbon corrosion, whereas strongly hydrogen‐bonded networks suppress it

MoNi4@Mo2C heterostructure is developed to regulate the dynamic reconstruction of surface Ni species during urea oxidation

To overcome volume variation of silicon‐based anodes, here, an initiated chemical vapor deposition method is employed to fabricate a uniform polymeric anchoring layer on silicon‐based anode surfaces, enabling tight covalent bonding between binders and particles and improving electrode structural stability during cycling, thus achieving enhanced cycling stability

Engineering grain boundaries through van der Waals gaps, together with entropy engineering, suppresses lattice thermal transport while maintaining favorable electrical transport, enabling broad‐temperature high thermoelectric performance in SnTe

This work develops an exogenous‐payload‐free HACC/PAPTAC hydrogel via in situ photopolymerization for diabetic burn wound therapy

Fe‐MON are formed via liquid–liquid interface polymerization and further fabricated into Al/Fe‐MON/ITO memristors

Here, a wood nanofluidic platform through ionic nano‐engineering of the cell wall is developed

Programmable organic light‐emitting transistors integrate charge storage and electroluminescence within a single device through an aluminum nanoparticle floating gate

One can target desired electrostatic complexation of biopolymers using ordered, oppositely charged coiled coil “bundlemer” nanoparticles

Low‐frequency noise‐based photonic‐resolution evaluation translates measured noise into resolvable readout capacity