36^th World Nano Conference

Advanced Nanomaterials & Functional Surfaces

Advanced nanomaterials and functional surfaces are transforming scientific and industrial landscapes through their exceptional mechanical, electrical, optical, and catalytic properties. Research in this domain focuses on designing materials at the atomic and molecular scale to achieve superior performance in strength, conductivity, flexibility, and chemical reactivity. Functional surfaces engineered with nanoscale precision allow for self-cleaning, anti-corrosion, antimicrobial, and energy-harvesting capabilities, enabling breakthroughs across healthcare, aerospace, energy storage, coatings, and consumer technologies. Innovations include metamaterials, quantum-confined structures, plasmonic interfaces, and multifunctional hybrid composites. These engineered nanostructures play a crucial role in next-generation electronics, biomedical implants, advanced filtration systems, and sustainable manufacturing processes. Their unique ability to respond to light, heat, pressure, or chemical stimuli makes them ideal for smart devices and adaptive systems. Continued advancements in synthesis, characterization, and surface engineering are accelerating the transition from laboratory research to real-world applications, supporting a future driven by highly efficient, durable, and intelligent material technologies.