Abstract:

The evolution of polymer patterning techniques has paved the way for advanced materials with customized physical properties. Among these, anisotropic properties in polymers are gaining attention due to their directional dependence, which has applications in various fields such as flexible electronics, photonic devices, and biomedical engineering. This paper delves into the relationship between design methodologies and the manifestation of anisotropic properties in polymer patterns. Through theoretical insights and experimental results, we explore how the manipulation of pattern geometry, polymer composition, and fabrication techniques influences anisotropic behavior. The paper concludes with a discussion on potential applications and future research directions in this field.

Description:

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