Chemical synthesis of unconventional topologically close‐packed intermetallic nanocrystals
(NCs) remains a considerable challenge due to the limitation of large volume asymmetry …

In the realm of soft matter, the self-assembly of giant molecules into predefined spherical
packing superlattices offers a promising avenue for creating materials with specific …

Block copolymers with different architectures can possibly generate innumerable stable or
metastable structures and thus provide an irreplaceable platform for theoretically exploring …

Spherical supramolecular dendrimers including helical, self-organize soft Frank–Kasper,
other cubic such as body-centered cubic, and quasicrystal periodic and quasiperiodic …

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

Constructing artificial sophisticated architectures from simple small-molecular subunits by
cooperative interactions remains one of the most formidable challenges. Herein, we report a …

Periodic particle packings are ubiquitous across many forms of condensed matter including
colloids, metals, and block polymers. We report the morphologies of binary blends of …

“Recasting” crystals at the nanoscale or mesoscale has attracted abiding interest. However,
how to obtain novel mesocrystals beyond inorganic crystals remains an unsolved …

In weakly bound materials such as water, one of the three primitive Frank-Kasper (FK)
phases, the Z phase, is long absent due to the relatively unstable framework. The Z phase in …

Self‐assembly of nanoparticles into supercrystals represents a powerful approach to create
unique and complex superstructures with fascinating properties and novel functions, but the …