Confined fluids and electrolyte solutions in nanopores exhibit rich and surprising physics
and chemistry that impact the mass transport and energy efficiency in many important …

NAMD is a molecular dynamics program designed for high-performance simulations of very
large biological objects on CPU-and GPU-based architectures. NAMD offers scalable …

Nanomembrane is an independent structure with a thickness of 1–100 nm and with much
large lateral dimensions. Due to the unique properties of nanomembranes, research on the …

Constructing advanced functional nanomaterials with pre‐designed organized
morphologies from low‐dimension synthetic and biological components is challenging …

Within just a decade from the pioneering work demonstrating the utility of nanopores for
molecular sensing, nanopores have emerged as versatile systems for single-molecule …

An inexpensive, reliable method for protein sequencing is essential to unraveling the
biological mechanisms governing cellular behavior and disease. Current protein …

Slowing down DNA translocation speed in a nanopore is essential to ensuring reliable
resolution of individual bases. Thin membrane materials enhance spatial resolution but …

Control over interactions with biomolecules holds the key to applications of graphene in
biotechnology. One such application is nanopore sequencing, where a DNA molecule is …

Nanopore sensing has emerged as a versatile approach to detection and identification of
biomolecules. Presently, researchers rely on experience and intuition for choosing or …

The microscopic details of how peptides translocate one at a time through nanopores are
crucial determinants for transport through membrane pores and important in developing …