- Feb 14, 2004
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Originally posted by: So
The casimir effect operates on the order of nanometers. Even the roughness of smooth surfaces is on the order of nanometers. It'll "hover" too close to the ground to see with th naked eye, and too close to actually clear friction on the surface it's "hovering" over.
This has significance, but only for nanotechnology.
Originally posted by: MartyMcFly3
This is most excellent.
Originally posted by: Kadarin
Originally posted by: MartyMcFly3
This is most excellent.
It is your density...
Originally posted by: Kadarin
Originally posted by: MartyMcFly3
This is most excellent.
It is your density...
Originally posted by: MartyMcFly3
Originally posted by: Kadarin
Originally posted by: MartyMcFly3
This is most excellent.
It is your density...
Whoa this is heavy.
Originally posted by: So
The casimir effect operates on the order of nanometers. Even the roughness of smooth surfaces is on the order of nanometers. It'll "hover" too close to the ground to see with th naked eye, and too close to actually clear friction on the surface it's "hovering" over.
This has significance, but only for nanotechnology.
Originally posted by: montypythizzle
Originally posted by: MartyMcFly3
Originally posted by: Kadarin
Originally posted by: MartyMcFly3
This is most excellent.
It is your density...
Whoa this is heavy.
I can't wait to start another AT account as: Dr. Emmett Brown!!!!!!
Originally posted by: So
Originally posted by: Kadarin
Originally posted by: MartyMcFly3
This is most excellent.
It is your density...
How dense is he?
Originally posted by: So
The casimir effect operates on the order of nanometers. Even the roughness of smooth surfaces is on the order of nanometers. It'll "hover" too close to the ground to see with th naked eye, and too close to actually clear friction on the surface it's "hovering" over.
This has significance, but only for nanotechnology.