An analog of this phenomenon has been used to develop part of the Cheshire Cat Principle, that baryon mass is nearly independent of bag radius in the chiral bag model.
An analog of this phenomenon has been used to develop part of the Cheshire Cat Principle, that baryon mass is nearly independent of bag radius in the chiral bag model. In the case of unbroken supersymmetry, repulsive contributions from fermionic photinos would nullify the normal attractive effect. It namesake calculated its strength by considering only virtual photons with standing wavefunctions in the cavity. For 10 points, name this short-range attractive force between two parallel uncharged conducting plates in a vacuum.
An analog of this phenomenon has been used to develop part of the Cheshire Cat Principle, that baryon mass is nearly independent of bag radius in the chiral bag model.
{Casimir} effect