SIL Literature 🎩

The Al/Al2O3/electrolyte three‐phase interfaces have a cascade effect that enables the remote regulation of internal Al3+ diffusion kinetics via external solvation environments

Machine learning‐enabled large‐scale atomistic simulations reveal the critical role of local heterogeneity at multicomponent interfaces within SEI/CEI layers in facilitating rapid Li‐ion conduction

Within the Sr0.8Ag0.2(Co0.75Fe0.25)1‐xNixO3‐δ series, optimized SACFN2 presents a perovskite‐dominant Ag/NiO multiphase composite comprising a defect‐rich matrix, NiO nanoparticles, and Ag nanoparticles

The dual role of the carbonate group in chloride‐based solid electrolytes is demonstrated: non‐hydrolysable metal‐carbonate bonds form a moisture‐resistant scaffold, while high polarizability softens phonon modes to lower activation energy for Li+ transport

Photoaligned and photopatterned liquid crystal platforms provide programmable control of optical phase, polarization, and spin‐orbit interactions, enabling compact generation of structured light and complex wavefronts

A microchannel‐confined assembly strategy fabricates phase‐pure BA2MAn−1PbnI3n+1 microwire arrays (n = 1–6) by suppressing convection and enhancing diffusion‐limited mass transport

Correlated Na+‐ion migration is identified as the origin of superionic transport in Na5MSi4O12 silicate electrolytes, enabling a high conductivity of 2.4 mS cm−1

Bypassing energy‐intensive graphitization, a scalable green water‐assisted strategy utilizing directional compression fabricates aligned graphite foams, successfully overcoming the inherent high thermal conductivity‐low density trade‐off

A synergistic strategy integrating ionic adsorption and catalytic conversion is proposed to boost zinc‐manganese batteries

AHBA molecular bridge modulates SnO2/perovskite buried interface via multi‐functional groups, realizing defect passivation, strain relaxation, and optimized energy alignment

This work proposes glassy metal–organic frameworks (MOFs) as seeding/hosting interphase to regulate Na deposition

This work reports a universal and experimentally realizable route to emergent ferroelectricity based on interfacial symmetry frustration in oxide superlattices composed of dissimilar crystal symmetries

TMSB/MOEA co‐solvents are introduced to effectively weaken Ca2+–TFSI– coordination in calcium electrolytes

Highly luminescent chiral manganese halide crystals are synthesized using chiral ligands, and they exhibit dissymmetry factors up to 1.4 × 10−2 and show X‐ray detection scintillation capability with a light yield of 43 380 photons/MeV and a low detection limit of 0.05198 µGyair·s−1

Guanidinium‐based ionic liquids with amphoteric anions are employed as universal passivators for perovskite

A nonlinear weight‐updater device with dual‐mode optical output enables regulation of different decay exponents by adjusting the ratio of perovskite to long‐afterglow materials

This work adopts a ternary LbL‐MD strategy to fabricate D1+A/A+D2 active layers

Passive cooling technologies, including evaporative and radiative cooling, offer promising solutions for energy‐efficient thermal management with minimal energy input and carbon emissions

We discover optical signatures from bonded interfaces in twisted SrTiO3 moiré superlattices, including low‐frequency Raman vibrational modes and strong second‐harmonic generation, consistent with strong interlayer coupling inferred from cross‐sectional electron microscopy and ab initio calculations

Sodium alginate regulates interfacial ion transport and retention in electrolyte‐gated synaptic transistors

In this work, diamonds with negative charged silicon‐vacancy (SiV−) centers have been designed for use as thermometers in biomedical applications

Nanoconfined BaTiO3‐GO piezoelectric interfaces enable mechanically programmable U/V separation

A structurally order‐disorder‐amorphous (SODA) gradient interface with layer‐spinel/rocksalt‐amorphous gradual evolution is constructed

A crosslinked polyether electrolyte (PDEG) featuring a “synergistic competition” solvation mechanism is developed via in‐situ copolymerization of DOL with a bisphenol S epoxy resin, where sulfone groups compete with ether oxygens for Li+ and benzene rings immobilize TFSI−