All natural phenomena are governed by energy landscapes. However, the direct
measurement of this fundamental quantity remains challenging, particularly in complex …

It is shown that the action of an oscillating force on particles moving through a deformable-
walled channel causes them to travel greater distances than in the case of a rigid channel …

To explain the increased transport of nutrients and metabolites and to control the movement
of drug molecules through the transporters to the cancer cells, it is important to understand …

The application of voltage noise with the same statistical properties as fundamental thermal
noise controllably amplified the Brownian motion of λ DNA molecules suspended in solution …

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 …

Motions in biological tissues strongly influence their properties and are crucial for their
functions. This is true starting from the scale of single molecules, all the way up to the scale …