Tag: energy storage

A new review explains how sintering and post-processing transform 3D-printed battery architectures from geometric shapes into functional energy storage devices.

Scientists converted Bauhinia variegata flowers into manganese-doped activated carbon that boosts supercapacitor capacitance and nearly doubles dye-sensitized solar cell efficiency.

New research in Experimental & Molecular Medicine links specific gut bacterial taxa and the glycogen synthesis pathway to the accumulation ...

Researchers at CiQUS have built covalent organic frameworks with embedded neutral radicals that deliver high electrical conductivity while preserving crystallinity ...

A comprehensive review details how defect, doping, strain, phase, and heterostructure engineering are turning metallic two-dimensional transition metal dichalcogenides into ...

A sequential dual-laser writing technique converts metal-ion-loaded polymer films into binder-free graphene composite electrodes that power high-performance flexible supercapacitors.

Two new studies reveal that residual electronic conductivity in solid electrolytes can silently drain solid-state batteries while they sit unused, ...

A Nature Energy analysis highlights how halogen-assisted conversion of sulfur to disulfur dichloride unlocks the S+1 oxidation state, delivering higher ...

Researchers have created a graphene oxide and PVP modified solid polymer electrolyte that achieves fast lithium-ion transport, high transference numbers ...

Scientists have printed a biodegradable PBAT–polypropylene battery separator whose nanoscale pore structure delivers ionic conductivity 633 percent higher than standard ...