Nature, Volume 428Sir Norman Lockyer Macmillan Journals Limited, 2004 |
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... atom . Spontaneous emission in a random direction provides the dissipative mechanism required to remove entropy from the atom . However , alternative cooling methods have been proposed for a single atom strongly coupled to a high ...
... atom . Spontaneous emission in a random direction provides the dissipative mechanism required to remove entropy from the atom . However , alternative cooling methods have been proposed for a single atom strongly coupled to a high ...
Página 51
... atom . A strong , far - detuned dipole laser at 785.3 nm serves to trap the atom . The detunings of the probe laser with respect to the cavity , Ac = 0 , and the atom , Δ2 / 2 = 35 MHz , are chosen as a compromise between ideal ...
... atom . A strong , far - detuned dipole laser at 785.3 nm serves to trap the atom . The detunings of the probe laser with respect to the cavity , Ac = 0 , and the atom , Δ2 / 2 = 35 MHz , are chosen as a compromise between ideal ...
Página 52
Sir Norman Lockyer. Cooling down an atom in the trap can also be demonstrated without the additional heating . For this purpose , the atom is repeatedly left in the dark dipole trap by switching off the probe light for 2 - ms - long time ...
Sir Norman Lockyer. Cooling down an atom in the trap can also be demonstrated without the additional heating . For this purpose , the atom is repeatedly left in the dark dipole trap by switching off the probe light for 2 - ms - long time ...
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