The past few decades have witnessed transition metal oxides (TMOs) as promising
candidates for a plethora of applications in numerous fields. The exceptional properties …

Block copolymers (BCPs) and their directed self‐assembly (DSA) has emerged as a
realizable complementary tool to aid optical patterning of device elements for future …

Block polymers incorporating highly incompatible segments are termed “high χ” polymers,
where χ is the Flory–Huggins interaction parameter. These materials have attracted a great …

Optical metamaterials are artificially engineered architectures that exhibit desired optical
properties not found in nature. Bespoke design requires the ability to define shape, size …

Nanostructured surfaces are common in nature and exhibit properties such as antireflectivity
(moth eyes), self-cleaning (lotus leaf), iridescent colors (butterfly wings), and water …

A simple and practical method was developed to prepare a series of phytic acid (PA)–metal
complex coatings on iron substrate by directly immersing the iron samples in the mixed …

Molecular self-assembling block copolymers (BCPs) have shown promise as a next
generation bottom-up lithography technology. However, a critical step in advancing this …

Magnetic nanoarrays promise to enable new energy-efficient computations based on
spintronics or magnonics. In this work, we present a block copolymer-assisted strategy for …

3D nanostructured inorganic materials appear as promising candidates for various practical
applications. Here we focus on metal nanofoams, a class of 3D nanomaterials uniquely …

Creating inorganic nanostructures for development of nanoelectronic device components is
a highly active research area. The ability for manipulation of the chemistry of materials, as …