“…In the past years, nanopore-based device is attracting more and more attentions for its potential applications in selective molecular separation [1,2], biosensing [3,4], energy storage [5,6], controlled release [7,8], drug delivery [9,10], nanofluidics, and nanoelectronics [11][12][13][14]. It is generally believed that the premise of this method is how to obtain proper nanopores and how to design effective fluidic device.…”