Designing a successful biological interface for a biomaterial requires the application of
concepts from multiple fields, including materials science, surface science, nanoscience …

The development of new resist materials is vital to fabrication techniques for next-generation
microelectronics. Inorganic resists are promising candidates because they have higher etch …

Parylene-like films obtained via the plasma decomposition of parylene precursors with
functional groups (amino and formyl) are proposed as an alternative to those obtained via …

In the realm of advanced integrated circuits, the demand for novel resist materials becomes
paramount as we progress toward smaller process nodes. Inorganic photoresists have …

A new method that uses plasma energy for the deposition of parylene-C films is presented.
The equipment and instrumentation for the plasma deposition of parylene-C films were …

Vapor-deposition processes and the resulting thin polymer films provide consistent coatings
that decouple the underlying substrate surface properties and can be applied for surface …

Chemical vapor deposition (CVD) polymerization is a prevalent technique for fabricating
conformal, defect-free, and systematically adjustable organic thin films. CVD is particularly …

Interface coating technology is important to render altered surface properties for materials
while replacing undesired original properties. We herein introduce an asymmetric and …

Advanced antibacterial surfaces are designed based on covalently attached antibacterial
agents, avoiding potential side effects associated with overdosed or eluted agents. The …

In this work, we demonstrate that parylene-N can improve the immobilization efficiency of
proteins through a UV-treatment. The UV-treatment can be carried out under atmospheric …