Cation-conducting, solid-state electrolytes represent a burgeoning focus of battery research,
offering the potential for enhanced safety profiles, durability, and wide electrochemical …

Solid‐state batteries hold great promise because of their safety and high projected energy
density. However, the sizeable interfacial resistance between the electrodes and the …

Solid-state lithium metal batteries have emerged as a promising alternative to existing liquid
Li-ion batteries and can power the future storage market considering their higher energy …

Abstract Layered Li2SrNb2O7, an inorganic oxide in its bulk single‐crystalline form, is
experimentally demonstrated to exhibit multiple structural facets such as ferroelasticity …

The delicate design of efficient air electrodes is conducive to improving the reaction kinetics
and operational durability of protonic ceramic electrochemical cells (PCECs) at intermediate …

The bifunctional electrocatalyst plays a pivotal role in renewable‐energy technologies metal‐
air‐batteries and water electrolysis. The advantage of the alkaline environment allows such …

Na-ion conducting solid electrolytes can enable both the enhanced safety profile of all-solid-
state-batteries and the transition to an earth-abundant charge-carrier for large-scale …

Combination of neutron diffraction, impedance spectroscopy and DFT analysis of lithium
diffusion pathways provides an understanding of lithium-ion mobility in layered oxides …

The development of power supply devices with higher performance, superior security, and
extended lifespan is imperative for their application in extreme conditions characterized by …

The Li-based layered perovskites Li 2 AB 2 O 7 (A= Ca, Sr; B= Nb, Ta) host competing
ferroelectric and antiferroelectric states which arise from coupled octahedral rotation …