Aleksandr S. Aglikov

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About

Aleksandr S. Aglikov is a leading figure in sustainable materials design and biomimetic self-assembly, with a focus on creating advanced functional films from graphene oxide. His work bridges materials science and green architecture, pioneering scalable methods to fabricate anisotropic graphene oxide films that mimic natural biological systems. In his highly cited 2023 study, "Large-Scale Self-Assembly of anisotropic graphene oxide films via blade Coating: Sustainable design and Stimuli-Responsive performance for biomimicry," Aglikov demonstrated a novel blade-coating technique that enables large-scale production of stimuli-responsive films without the interfacial defects common in composite materials. This breakthrough has earned 23 citations and positions his research at the forefront of smart housing and eco-friendly structural design. Aglikov’s contributions are particularly notable for their emphasis on sustainability and self-adaptive performance, offering a pathway to materials that respond dynamically to environmental changes. His work not only advances fundamental understanding of anisotropic assembly but also provides practical solutions for next-generation architecture and biomimetic applications, making him a key innovator in the field of responsive and sustainable material systems.