The potential applications of silicon microwire materials in monitoring gases have not been
fully exploited. Uniform silicon vertical microwire arrays (Si VMWA) are fabricated using a …

Swarming, a phenomenon widely present in nature, is a hallmark of nonequilibrium living
systems that harness external energy into collective locomotion. The creation and study of …

In the last few decades, renewable energy sources have become a good approach for the
generation of energy sources without affecting any kind of pollution in the earth's …

This paper presents a novel technique to fabricate metallic nanowires in selective areas on
a Si substrate. Thermoplastic drawing of viscous metallic glass from cavities etched in Si can …

Colloidal lithography has provided a facile means to create regular micro‐and nano‐
patterns by employing colloidal crystals as masks. However, the patterns are usually …

The use of thin silicon (Si) wafers and streamlined fabrication methods that can be scaled up
without compromising device efficiency is a key strategy for realizing low-cost and flexible …

This paper reports a new type of nanoimprinting method called Bi-layer nanoimprinting
lithography (BL-NIL), which can work along with metal-assisted chemical etching (MaCE) for …

Silicon nanowires (SiNWs) have attracted great interest for applications in high-performance
miniaturized devices and energy-harvesting and-storage systems. Vapor–liquid–solid …

There has been huge interest in synthetizing silicon nanomaterials for various applications
ranging from electronics to biology due to their attractive properties. For many device …

Large-area high density vertical silicon nanowire arrays are fabricated by metal-assisted
chemical etching. Two-dimensional silica colloidal crystal template or laser interference …