Observing finite regions of a bigger system is a common aim, from microscopy to molecular
simulations. In the latter especially, there is ongoing interest in predicting thermodynamic …

Fluctuations affect nanoporous transport in complex and intricate ways, making optimization
of the signal-to-noise ratio in artificial designs challenging. Here, we focus on the simplest …

Modification of surface properties by polymer adsorption is a widely used technique to tune
interactions in molecular experiments such as nanopore sensing. Here, we investigate how …

Adsorption processes are central to ionic transport in industrial and biological membrane
systems. Multivalent cations modulate the conductive properties of nanofluidic devices …

The transport of molecules through biological and synthetic nanopores is governed by
multiple stochastic processes that lead to noisy, fluctuating currents. Disentangling the …

One of the most important applications of polymeric porous nanomaterials is the design of
nanoporous structures for operation in patch-clamp systems allowing to establish a gigaohm …

In this paper, we perform all-atom molecular dynamics (AA-MD) simulations to predict noise
in solid-state nanopores. The simulation system consists of∼ 70,000 to∼ 350,000 atoms …

Channel transport is an important physical process, with relevance to diverse fields from cell
biology to single molecule sensors, catalysts and filters. Given the ubiquitous nature of …

Cell membrane permeability is modulated by complex dynamical structures created by
objects interacting with the lipid bilayer. Paying attention to the kinetics of ion transport in …

The modification of surface properties by polymer adsorption is a widely used technique to
tune interactions in molecular experiments, such as resistive pulse sensing with nanopores …