AbstractIn this chapter we move from single particle motion to the statistical description of a large number of charged particles, the plasma. This discussion provides the basis for the rich flora of plasma waves that are essential for understanding the sources and losses of radiation belt particles through wave–particle interactions.
Digital homogeneous non-enzymatic immunosorbent assay (digital Ho-Non ELISA) is a new class of digital immunoassay. In this paper, we developed a multiparameter single-particle motion analysis method for a highly sensitive digital Ho-Non ELISA.
Single molecule and single particle microscopy opened the door to observing dynamical processes in noisy living systems. Recent studies demonstrate how the stochastic motion of tracer particles can also provide us with information about the structure and flow properties of active and complex biological systems.
From Charged Particles to Plasma Physics