Molecular-based Low-dimensional Nanomaterials

人们对纳米材料日益增长的兴趣源于其降维所产生的显著效果。石墨烯是自然界中唯一的二维（2D）材料，它的独特性质激发了科学家们探索多学科方法，以获得一类新兴的基于分子的低维纳米材料。该计划建立在纳米科学技术和理论模拟纳米聚合物在表面上的分层生长。Ebrahimi博士计划利用和适应不同的基于溶液的表面偶联反应，合成具有可调性能的新型二维聚合物。所提出的纳米材料具有较高的化学和热稳定性，在生物相容性表面和有机半导体应用中具有前景。

The growing interest in nanomaterials stems from the remarkable effects arising from dimension reduction. The unique properties of graphene, the only two-dimensional (2D) material in nature, has inspired scientists to explore multidisciplinary approaches to obtain an emerging class of molecular-based low-dimensional nanomaterials. This program builds on nanoscience techniques and theoretical simulations for the hierarchical growth of nanopolymers on surfaces. Dr. Ebrahimi plans to utilize and adapt different solution-based coupling reactions to surfaces, to synthesize novel 2D polymers with tunable properties. The proposed nanomaterials with high chemical and thermal stabilities are promising for biocompatible surfaces and organic semiconductors applications.