In this paper, we use MD simulations to show that a liquid drop behaves a nanoparticle and exhibits elastocapillary adhesion behavior on a layer of solvophobic polymer brushes. This is Parth’s 9th paper, Yanbin’s 10th, Harnoor’s 12th paper, and Haoyuan’s 13th paper from the group. Congrats all !!!! News story on this article has been published on the websites of the Department of Mechanical Engineering, UMD and the Clark School of Engineering. They can found in the following links: https://enme.umd.edu/news/story/umd-researchers-discover-nanoparticlelike-behavior-of-a-liquid-drop-acts-like-velcro-on-specially; https://eng.umd.edu/news/story/umd-researchers-discover-nanoparticlelike-behavior-of-a-liquid-drop-acts-like-velcro-on-specially