We often see that whenever too many people generally try to squeeze or go through the passageway at the same time, then unintentionally there is a creation of bottleneck through which everyone down slow. But in case of electrons, the situation is reverse as in small openings, they can move even more quickly whenever they travel in large groups than when flying solo. for more details visit: http://www.aryacollege.in/management.php http://www.aryacollege.in/courses-offered/mba-course.php

1. Study of Electron Flow
We often see that whenever too many people generally try to squeeze or go
through the passageway at the same time, then unintentionally there is a creation
of bottleneck through which everyone down slow. But in case of electrons, the
situation is reverse as in small openings, they can move even more quickly
whenever they travel in large groups than when flying solo.
It has been predicted by the so called theory of Best Engineering College Rajasthan
of super ballistic flow that electrons have the ability to pass more easily and
quickly with the help of constrictions by interacting with one another. And that’s
why they are able to cooperate as well as they can do that individually. This
theory has also been proposed in many newspapers by a team of researchers and
engineers.
This theory has been confirmed in an experiment employing devices which built
from an atomically thin layer of graphene. The main idea of the scientists of MBA
College in Jaipur behind the super ballistic flow is that all kinds of interactions
which done among electrons make them move in a highly coordinated manner as
well as mimicking the behavior of particles in highly viscous fluids.
The electrons will bounce off the walls at either side or losing their momentum as
well as some of their energy if electrons are travelling individually pass through a
constricted opening. On the other side, they are much more likely to the bounce
off each other than the walls in case if the electrons travel in dense groups.
The momentum of the individual electron has the ability to change rapidly in the
process. It has been ensured by the overall momentum conservation that the losses
are very low. The electrons are able to travel more quickly together as results as
well as it can pass through the constrictions more easily in comparison to alone.
Viscous flows of electrons have never been observed partly as the material was not
good enough at that time but they have been anticipated in the theory.