Brownian motor Brownian motor Brownian motors are nano-scale or molecular devices by which thermally activated processes (chemical reactions) are controlled and used to generate directed motion in space and to do mechanical or electrical work. These tiny engines operate in an environment where viscosity dominates inertia, and where thermal noise makes moving in a specific direction as difficult as walking in a hurricane: the forces impelling these motors in the desired direction are minuscule in comparison with the random forces exerted by the environment. Because this type of motor is so strongly dependent on random thermal noise, Brownian motors are feasible only
Brownian Motion Ultimate team that laid the foundations for the team spirit and intensive training that led to future athletic success. 1989 also witnessed the birth of Disco Inferno, the Brown Women's Ultimate team and the relationship between men's and women's teams helped players reformulate playing and training strategies. Sometime around 1996, Brownian Motion reformed, changing from an "old school" team to a "new school" team with championship dreams. By 1998, Brownian Motion had never won a Sectional's championship. However, making its first cross-country trip as a team, Brownian Motion competed at the premier Stanford Invitational Tournament in 1998, finishing an even 3-3,