Thermal and Dissipative effects in Casimir Physics
Thermal and Dissipative effects in Casimir Physics
Thermal and Dissipative effects in Casimir Physics
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Differential absorption scheme<br />
In assembly stage, a Lithium atomic<br />
beam, two resonant laser beams +<br />
a region for the “<strong>Casimir</strong> photons”<br />
One possibility is to apply optical<br />
pump<strong>in</strong>g schemes to send all atoms<br />
<strong>in</strong>to the 2S1/2 (F=3/2) level <strong>and</strong><br />
to look to the presence <strong>in</strong> the other<br />
hyperf<strong>in</strong>e level after travel<strong>in</strong>g<br />
through the “<strong>Casimir</strong> region”<br />
Development of nanoresonator<br />
arrays as mechanical antennae<br />
Development of a suitable<br />
electromagnetic cavity to enhance<br />
the signal<br />
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