Brownian motion refers to the erratic and random movement of microscopic ... in 1827 and is a classic example of diffusion at the microscopic level. The Stokes-Einstein equation provides a ...

The discovery that these two apparently unrelated branches of physics are in some sense mathematically equivalent has led to a new subject known as probabilistic ...

The theory was later mathematically explained by Albert Einstein in 1905, providing evidence for the molecular nature of matter and laying the groundwork for statistical mechanics. The study of ...

Albert Einstein is arguably the most influential ... he developed three other ground-breaking theories – on Brownian motion, mass-energy equivalence, and the law of the photoelectric effect ...

In 1906, shortly after Albert Einstein, but independently of him, and using a different method, he published an explanation of Brownian motion (i.e., the chaotic ... uj.edu.pl It was this theory and ...

“By introducing the G-field, we obtain the modified Einstein equations and the equations of motion for the matter and the ...

Video capture: The laser illuminates the sample, and the camera records a video of the nanoparticles' Brownian motion ... Using the Stokes-Einstein equation, the particle size is calculated from the ...