Polymer single crystals and correlated crystalline structures are reviewed by emphasizing
the last 10–20 years of research on fundamental concepts, single crystal engineering, and …

MXenes represent a new family of 2D transition metal carbides and/or carbides that has
attracted a great deal of attention in various applications because of their unique electrical …

From their foundational role in electronics to their pivotal contributions in the structural
domain, carbon nanotubes (CNTs) exemplify a revolutionary nanomaterial with broad …

Solid polymer electrolytes (SPEs) have attracted intensive attention due to their potential
applications in all-solid-state lithium batteries. Tailoring crystallization is crucial to the design …

The ideal bone scaffold harnesses the body's ability to regenerate bone in critical size
defects. A potential strategy to design the ideal bone scaffold is to mimic the natural structure …

Understanding of crystal nucleation mechanism of nanohybrid shish-kebab (NHSK)
structures will guide researchers to design new polymer materials with high performance …

Polymers have been utilized to direct nanoparticle (NP) assembly into complex shapes and
morphologies. Strategies for polymer-directed NP assembly often involve tuning the phase …

Most of the research activities in the field of polymer crystallization have been focused on
bulk, solution, or thin films. Liquid/liquid (L/L) interface provides another insightful platform to …

Spherical crystals are ubiquitous in nature and the necessary breaks in translational
symmetry not seen in flat crystals render them structurally unique. Polymer crystals have …

In crystallization, heterogeneous structures of copolymers are employed to establish a
hierarchical architecture comprising two polymers, this typically occurs on the surface of …