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Special Issue Information
Dear Colleagues,

Surfaces and interfaces, as one of the most active cross-disciplinary topics, have been intensively investigated in recent years on account of their fundamental and technological importance. The surface of a material presents a significant portion of the workable area, which has a great influence on the relevant physical, electrical, and chemical properties. Surfaces and their relationships with the environment often dictate how an engineering system performs. Current strategies in surface science and engineering mainly focus on creating a functional surface with designed physical/chemical features. Moreover, interfaces play an increasingly important role in many fields of technology, e.g., the automotive sector, technical textiles, and in the oil industry. Obviously, the functionalization of surfaces and interfaces is critical to many commercial products and manufacturing processes, and it is also key to all aspects of our collective prosperity and welfare.

As a case in point, nanostructured surfaces and interfaces are the focus of multi-interdisciplinary research fields involving physics, biology, chemistry, and material science. Examples of superior performance originating from nanostructures at the surface or interface level are innumerable in nature, with the lotus effect being the most obvious. Therefore, more and more researchers are focusing on unraveling and controlling the nanoscale structural and electronic properties of nanostructures and interfaces through surface engineering. To better understand the physical and chemical processes that occur in functional surfaces and interfaces, some advanced microscopic facilities have been developed and utilized to visualize the involved process at an atomic scale in real space. In brief, the combination of high-throughput atomistic simulations, literature mining, human–computer interaction, synthesis, and characterization has become a trend for the research of surfaces and interfaces. Significant progress has been made in this respect.

This Special Issue aims to cover recent advancements in the fabrication and formation of functional surfaces and interfaces, which can offer an open-access forum where researchers in the field of chemistry, surface engineering, and materials science can underline their great advances. Fundamental, interdisciplinary, theoretical, experimental, and applied work are welcome.

We encourage academic and industry researchers to submit high quality original research articles, reviews, and critical perspectives on topics including, but not limited to, the following:

surface modification of materials for engineering/technological challenges
modelling of surface phenomena and surface growth
ultrathin and/or submicron confined surfaces and interfaces
nanostructured surfaces and interfaces
electrochemical surface science
nanoscale characterization of surfaces and interfaces
correlation of microstructure and functional properties
physical and chemical phenomena at surface and interface levels
advanced theoretical contributions in the field of surfaces and interfaces
We look forward to receiving your contributions.

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