“…Along with atom/molecule-manipulation originated from the emergence of scanning tunnelling microscopy (Eigler & Schweizer, 1990;Jung et al, 1996;Nickel et al, 2013;Kaya et al, 2017), micro/nanomanipulation is a rapidly growing technology and holds promising applications in various fields, including photonic/electronic devices, chemical/biosensors etc. (Guo et al, 2013;Ono et al, 2016;Gwo et al, 2016;Wang et al, 2017;Yu et al, 2017). Over the last decade, gyshang@buaa.edu.cn many advanced methods for micro/nanomanipulation have been exploited based on different strategies, such as gradient forces caused by electron-beam in scanning electric microscope (SEM) (Roxworthy et al, 2014;Vesseur et al, 2012), highly focused light-beam induced forces in optical tweezer (OT) Avila et al, 2017), and tip-sample interaction forces of scanning force microscopy (SFM) etc.…”