Apply to MIT - School of Architecture and Planning (Arabic)
Like the Egyptian Student Association @ MIT on Facebook: https://www.facebook.com/MITEGYPTIANS The School of Architecture and Planning episode of the ...
I think... everyone has talents ,and MIT will give you a chance to express
your self in many ways, you will also learn more about what your interested
in, in the process, thats why you should try to apply to MIT, and if you
don't get in, then it wasn't meant to be. So go ahead try to apply!
can you please play with the settings to make sure I can view it on
chromecast please? It currently says that "the author prevents this video
from broadcasting on chromecast"
Unfortunately it is because of the copyrighted music, nothing can be done about that.
Apply to Skoltech in 3 Steps
How to apply to Skoltech in 3 steps? Check out this animated video. It briefly explains what you need to do for a chance to work with researchers from MIT and ...
Particles attract across long distances
A team of scientists from MIT has found a new kind of long-range interaction between particles, in a liquid medium, that is based entirely on their motions.
What is the hypothesized mechanism for this effect?
Is the analogy a high-pressure and low-pressure system? Thus, the two
moving (e.g. high-pressure) systems are eventually bound to come together?
+Martin Su The kinetic energy transferred to the 'passive' particles is upto twice as high in between the rotating particles than in the surrounding mono layer. So in the area between the rotating particles, the solid passive particles are bouncing off each other more, behaving as though the density is lower.. until equilibrium
It looks more like the substrate pressure surrounding the particles is stronger than between the two particles because the're pushing in opposite directions, and thus opening a way to be pulled in.
+2U those are particles of about 10 micrometers (1/10 of the thickness of a human hair), they aren't single atoms. There are roughly 10^24 atoms in each particle I guess.
+pendalink Right, not atoms. they said the scale was around 1/10 of the thickness of a human hair. the human hair is about 50 microns and a atom radius is on the order of 0.1 nanometers (1/1000 of a micron).