active Brownian particle (ABP) is a model of self-propelled motion in a dissipative environment. It is a nonequilibrium generalization of a Brownian particle...

Brownian motion is the random motion of particles suspended in a medium (a liquid or a gas). The traditional mathematical formulation of Brownian motion...

Microswimmer Active Brownian particle Li, Fan; Josephson, David P.; Stein, Andreas (10 January 2011). "Colloidal Assembly: The Road from Particles to Colloidal...

able to traverse fluid Active matter – Matter behavior at system scale Squirmer – Model in fluid dynamics Active Brownian particle – Model of self-propelled...

theory behind Brownian motors relies on the phenomenon of Brownian motion, random motion of particles suspended in a fluid (a liquid or a gas) resulting from...

a number of models have been proposed, ranging from the simple active Brownian particle to detailed and specialized models aiming at describing specific...

play a larger role. Active Brownian particle – Model of self-propelled motion in a dissipative environment Self-propelled particles – Type of autonomous...

application is to Brownian motion, which models the fluctuating motion of a small particle in a fluid. The original Langevin equation describes Brownian motion,...

Solon, A.P.; Cates, M.E.; Tailleur, J. (2015), "Active brownian particles and run-and-tumble particles: A comparative study", The European Physical Journal...

optics. Brownian motion Diffusion Microrheology Nanoparticle tracking analysis Single-molecule experiment Single particle trajectory Tethered particle motion...

navigation problems and search strategies  of microswimmers  and "dry" active Brownian particles, The general problem regarding the optimal trajectory of a microswimmer...

r^{2}(\tau )\rangle } , and time. This behavior is in stark contrast to Brownian motion, the typical diffusion process described by Albert Einstein and...

viewable particles. MicroPIV particles are on the order of several hundred nm in diameter, meaning they are extremely susceptible to Brownian motion. Thus...

acting on the particle). Collective diffusion is the diffusion of a large number of particles, most often within a solvent. Contrary to Brownian motion, which...

tracer particles using optical microscopy can isolate the contribution of active random forces to intracellular molecular transport from that of Brownian motion...

ferrofluid which has smaller particles. MR fluid particles are primarily on the micrometre-scale and are too dense for Brownian motion to keep them suspended...

properties. Being more subject to the Brownian motion, they usually do not sediment, like colloidal particles that conversely are usually understood...

discussion of Brown's original observations of particles from pollen of Clarkia pulchella undergoing Brownian motion, including the relevant history, botany...

Multi-particle collision dynamics (MPC), also known as stochastic rotation dynamics (SRD), is a particle-based mesoscale simulation technique for complex...

detailed balance, in terms of the fluctuation-dissipation theorem (for Brownian motion) and the Onsager reciprocal relations. The theory was historically...

is devoted to synthetic systems such as artificial self-propelled particles. Active matter is a relatively new material classification in soft matter:...

passive Brownian particle in a thermal bath. The presence of an active bath can significantly influence the microscopic thermodynamics of a particle. Experiments...

using the theory of Brownian motion, with sedimentation being a possible long-term result. This critical size range (or particle diameter) typically ranges...

Here is a view of the trajectory of a particle of micrometer size. Typical trajectory of a Brownian particle (simulation) Two examples of MSD: one for...

describing the probability of finding a particle in a certain region of space. Shortly after Einstein's first paper on Brownian movement, Marian Smoluchowski published...

expected first arrival times of N identically independent distributed Brownian particles initially positioned at the source S are expressed in the following...

measured using particle velocity sensors located near a vibrating structure. Several studies have revealed the potential of particle velocity sensors...

thesis. In the real world, physics is always active. There is a constant Brownian motion jitter to all particles in our universe as the forces push back and...

potential as containing active information. It is potentially active everywhere, but actually active only where and when there is a particle." (italics in original)...

soft colloidal particles are able to move through gradient of polymer solution through excluded volume effects. Brownian motor Brownian ratchet Cytoskeleton...