Dear Colleagues, 

In the realm of scientific innovation, the micro-nano scale emerges as a frontier of immense potential  and intricate challenges. This realm, characterized by its minute scale, opens doors to a world where  conventional laws of physics blend with quantum mechanics, leading to groundbreaking discoveries and  applications. The field of micro-nano science is not just about scaling down materials but also about  exploring and harnessing novel phenomena that manifest uniquely at this scale. It encompasses the study  and manipulation of materials, phenomena, and techniques that exist or operate at the micro and nano  scale, typically within the submicron ranges.  

The primary aim of this section is to spotlight the cutting-edge developments in micro-nano science,  particularly focusing on novel micro/nano materials, phenomena, and fabrication techniques. This  includes exploring the synthesis of new materials at the micro-nano scale, which exhibit unprecedented  properties and applications in various fields such as electronics, medicine, and energy. Additionally, this  section delves into the novel phenomena that occur at this scale, providing insights that challenge and advance our understanding of material science, physics, and chemistry. The innovative micro/nano  fabrication techniques, which are pivotal in realizing practical applications of these materials and  phenomena, are also a key focus. The goal is to shed light on how these techniques are revolutionizing  industries by enabling the creation of more efficient, smaller, and smarter products and systems. 

In this section, we also aim to foster a multidisciplinary dialogue among scientists and researchers from  diverse fields, such as physics, chemistry, engineering, and biotechnology, who are contributing to the  rapid advancements in micro-nano science. We believe that this collaborative approach is crucial in  addressing the complex challenges and leveraging the full potential of micro-nano scale technologies. 

We encourage submissions that not only present innovative research in micro/nano materials,  phenomena, and fabrication techniques but also explore the novel applications arising from these  advancements. The convergence of these micro and nano innovations is expected to be a cornerstone for  future technological breakthroughs. 

We eagerly anticipate your valuable contributions to this exciting and evolving field. 

Dr. Kaustav Roy 

Section Editor