SIL Literature 🎩

Recyclable triboelectric nanogenerators are engineered from tough, hydrogen‐bonded pollen paper, delivering 5.07 W m−2 and enduring over 100 000 cycles

Non‐consumable tetramethylammonium (TMA+) cations shuttle PF6− anions to both electrodes during the charge/discharge processes, enabling in situ formation of LiF‐rich inorganic interphases that suppress dendrites and side reactions for long‐cycling lithium–sulfur batteries

Copper‐based atomically dispersed catalysts (Cu‐ADCs) stand out as promising materials for diverse electrocatalytic processes due to their excellent activity and distinctive selectivity

Unveiling stress mechanisms in Na‐ion battery cathodes, this work introduces an SOC‐dependence “tension‐compression asymmetry” parameter (ΔESOC) to model localized stress accumulation and transfer

Defective UiO‐67‐type MOF materials rich in uncoordinated carboxyl groups are further functionalized to achieve dual applications: ratiometric fluorescent detection of antibiotics and room‐temperature phosphorescent anti‐counterfeiting

The core modulation of oligomerized non‐fullerene acceptors was found to significantly influence their surface free energy

Integrating monomer diffusion with dynamic network reconfiguration creates rigid–flexible multilayered polymers with continuous modulus gradient interphases

Catalyst‐free sodium formate as presodiation additive, with a higher HOMO energy level than carbonate solvents, preferentially oxidizes to suppress electrolyte decomposition

Strong SCN− adsorption on Au cocatalysts induces electronic state reconfiguration to form electron‐deficient Auδ+ species that drive ultrafast interfacial charge transfer from CdZnS to Au

Strategic pairing of f‐block (La) and p‐block (Sn) single atoms on substrate drives V2O5 reconstruction into hydrated layered phase, establishing functional complementarity: Sn acts as a kinetics promoter (high‐lying p‐orbitals), while La serves as a structural anchor (strong Lewis acidity)

Guided by a theory‐driven experimental strategy, we designed and successfully synthesized a high‐entropy phosphide (Fe0.74Co0.64Ni0.61Cu0.32Mo0.24P, FCNCMP–HEMP)

A p‐type tetraazanaphthotetraphene ligand enables precise control over single‐atom Ni sites in a hollow conductive MOF, accelerating proton transfer and hydrogenation kinetics for electrocatalytic NO reduction

Free charge generation in organic photovoltaic and photodetector devices typically requires an external driving force to separate bound excitons formed upon photoexcitation

Earth‐abundant oxides—Fe2O3, ZrO2, and TiO2—enable superior thermoelectric performance of Mg3(Sb,Bi)2 via a simple metathesis strategy, offering an eco‐friendly and low‐cost route to defect engineering, promoting the large‐scale application of Mg3(Sb,Bi)2 thermoelectrics for near‐room‐temperature power generation and solid‐state cooling at 200–373 K

Pd and FeOx bimetallic redox sites supported on TiO2 enhance charge carrier separation, facilitate interfacial charge transfer, optimize reactant adsorption and activation behavior, and guide the formation and coupling of specific carbon‐oxygen intermediates (CH3* and •OH), thereby enabling efficient and highly selective methane valorization to methanol under mild conditions

A crystal facet‐guided photocarrier decoupling mechanism is identified in SrTaO2N

A Ni‐decorated laser‐induced graphene surface enables multimodal deicing across evolving service states

The interlayer‐confined Fe‐N4 single‐atom catalyst (SAC) is fabricated via a precise ion‐exchange strategy, and the interlayer confinement effect strengthens metal‐support interaction and breaks the activity‐stability trade‐off of Fe SACs

Atomically defined Ni─O─Zn interfacial bridges create an intrinsic electronic gradient that promotes CO2 reduction and NO3− reduction at adjacent metal sites and drives directional *CO migration for promoted C─N coupling in urea electrosynthesis

An Alhagi maurorum inspired hierarchical composite membrane (NFCu) was developed by integrating heavy metal remediation and solar‐driven interfacial evaporation in a single platform

This work demonstrates a covalent‐ionic dual‐crosslinked CNF aerogel with highly aligned and negatively charged channels, achieving mechanically robust, water‐stable, and high‐output evaporation electricity generation

This review summarizes the development of in situ polymerized solid‐state electrolytes, highlighting novel strategies for component and interfacial regulation as well as the role of hybrid fillers

A physics‐informed machine learning framework is developed to optimize dual‐passive Q‐switched Tm:YAP lasers based on MoS2/Ti3C2Tx saturable absorbers

Polysiloxane interface engineering constructs covalent molecular bridges at Ti3C2Tx MXene/CSWCNT heterointerfaces, achieving a stable transition from p‐type to n‐type behavior while reinforcing mechanical flexibility