Tag: Solid-state batteries

Density-functional theory and machine-learning simulations show that placing iodine near tin in Li2ZrCl6 lowers the structure's energy by about 435 ...

Researchers report a prelithiated polyurethane-LAGP composite electrolyte that reaches high room-temperature ionic conductivity and long cycling stability in laboratory solid-state ...

Researchers report a cobalt single-atom catalyst anchored on a three-dimensional nitrogen-doped porous carbon framework that serves as a sulfur host ...

Researchers have developed an importance-sampling-based black box variational inference algorithm that reuses earlier simulation evaluations to cut the computational cost ...

A new mini-review proposes a mechanical penalty ledger showing how swelling, stack pressure and structural hardware can shrink a 12% ...

A new analysis argues that solid-state batteries could transform robotics, revealing that a single commercial robot consumes an EV-equivalent 60 ...

A new review argues that battery integration should be understood as function reassignment, where removed structures must transfer their mechanical, ...

HKUST researchers developed a cartilage-inspired shape-memory polymer nanocoating that suppresses cathode cracking and substantially extends lithium-ion battery lifespan.

Researchers in Beijing have created a composite solid electrolyte that converts dendrite penetration into a detectable voltage signal, allowing smart ...

Researchers show that wet mixing time and dry mixing speed control carbon black dispersion in low-viscosity polymer slurries, dictating the ...

Researchers have woven naturally occurring halloysite nanotubes into a polymer-ceramic electrolyte, creating fast lithium-ion channels that boost conductivity, suppress dendrites, ...

A new review in Ionics argues that inorganic fillers, from inert oxides to garnet ceramics and porous frameworks, are the ...

Rice University researchers have created ZnBTCA, a soft, flexible metal-organic framework that selectively transports lithium ions and remained short-circuit-free in ...

Tohoku University researchers propose a framework called Physics-Grounded Materials AI that embeds thermodynamic, kinetic, and electronic-structure principles into machine learning ...

Researchers in Vietnam used liquid-phase synthesis and aluminum doping to boost the room-temperature ionic conductivity of low-temperature argyrodite Li7PS6 to ...

A kinetic Monte Carlo study tracks the birth, growth, and percolation of single voids at the lithium–solid electrolyte interface, revealing ...

In a groundbreaking advance that challenges the established paradigms of electrochemical energy storage, researchers have unveiled a novel all-solid-state hydride ...