and nanomechanical resonators on an atom chip
and nanomechanical resonators on an atom chip
and nanomechanical resonators on an atom chip
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Cooling the c<strong>an</strong>tilever with the <strong>atom</strong>s<br />
N À hni th<br />
|S| = N/2 ~ 10 4 T = 50 mK: hni th ∼ 10 3<br />
p(n)<br />
S<br />
hni th<br />
n<br />
p(n)<br />
(π-pulse)<br />
S<br />
hni < hni th<br />
n<br />
more possibilities:<br />
•c<strong>an</strong>tilever readout<br />
• driving the c<strong>an</strong>tilever with <strong>atom</strong>s<br />
• tr<strong>an</strong>sfer of n<strong>on</strong>classical states of the <strong>atom</strong>s to the c<strong>an</strong>tilever
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