The surfaces of living organisms are in constant contact with the environment. Therefore, they face and have to adapt to multiple challenges coming from external and internal stimuli. Hence, these surfaces need to be multifunctional and adaptable. These multiple functions have resulted from various evolutionary pressures and involve complex interactions between the surface structures and the environment at the nano-, micro-, and macroscales. In addition, these functions also depend on specific material properties of the surfaces.

In this context, biomimicry emerges as a promising approach offering a rich source of inspiration from nature. Through the observation and analysis of multiscale structures and mechanisms present in biological systems, one can develop innovative and technologically advanced solutions, which can be applied in daily life. Bioinspired nanotechnology plays a key role in this regard, through the exploitation of nanoscale properties and processes to develop highly efficient surfaces and interfaces at different scales.

This thematic issue aims to bring together the most recent advances in the field of biomimetics and bioinspired surfaces. We invite researchers and scientists in the field to submit their work related to this fascinating topic. Original full research, review, or perspective articles that explore concepts inspired by biological systems will be considered for publication in this issue. Topics spanning from theory and fundamental principles to experimental studies demonstrating practical applications and technological advances in the field are welcome.

Submission deadline: June 30, 2024