Casimir effect

(redirected from Casimir-polder force)
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Cas·i·mir effect

 (kăz′ə-mîr′)
n.
The effect of a net attractive force between objects in a vacuum, caused by the reduction of vacuum pressure in the space between the objects, where the wavelengths of vacuum fluctuations are more limited than in the space around the objects.

[After Hendrik Casimir (1909-2000), Dutch physicist who predicted its existence in collaboration with Dirk Polder (1919-2001), Dutch physicist.]
References in periodicals archive ?
Now, researchers have for the first time obtained experimental evidence clearly demonstrating the existence of the elusive Casimir-Polder force.
In the absence of other interactions, the sodium atoms would experience a Casimir-Polder force that pushes them sideways toward the plates as they move along the gap.
The 68 papers in the proceedings cover calculating and measuring Casimir forces, thermal Casimir effects, Casimir forces for real materials, Casimir-Polder forces, the dynamical Casimir effect, critical Casimir forces, gravitational effects, heat kernels and spectral determinants,energy densities, solitons and nanotubes, the Schwinger effect and quantum electrodynamics, and field theory in backgrounds.