The discovery of the Frank–Kasper σ phase in diblock copolymer and tetrablock terpolymer
melts catalyzed a renewed interest over the past decade in understanding particle-forming …

The potential for optimizing ion transport through triply periodic minimal surface (TPMS)
structures renders promising electrochemical applications. In this study, as a proof-of …

Over the past decade, a wealth of complexity has been reported in the packing of
compositionally asymmetric, particle-forming diblock copolymer melts, beginning with the …

Recently, the interest in charged polymers has been rapidly growing due to their uses in
energy storage and transfer devices. Yet, polymer electrolyte-based devices are not on the …

We describe a set of precise single-ion conducting polymers that form self-assembled
percolated ionic aggregates in glassy polymer matrices and have decoupled transport of …

Soft matters, particularly giant molecular self-assembly, have successfully replicated
complex structures previously exclusive to metal alloys. These superlattices are constructed …

We report the sensitivity of diblock copolymer particle packing symmetry to the ratio α= N
homo/N core, where N homo and N core are the respective homopolymer and core-block …

Correlating nanoscale building blocks with mesoscale superlattices, mimicking metal alloys,
a rational engineering strategy becomes critical to generate designed periodicity with …

We investigated the nanoscale morphologies and ionic conductivities of polyethylene-based
multiblock copolymers as single-ion conducting polymer electrolytes. These polymers …

Discoveries of Frank–Kasper phases and closely related dodecagonal quasicrystals
(DDQCs) in soft, mesoscopic systems have galvanized efforts to unveil the fundamental …