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1

N-Level Atoms in Multiple Laser Fields, the Long and the Short of It

100%

Eberly J.

Acta Physica Polonica A

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1994

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vol. 85

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issue 4

685-692

EN

The interaction of multi-level atoms with several to many lasers simultaneously is examined in two regimes, the "short" regime of resonant atomic response to prescribed laser fields, and the "long" regime of resonant pulse propagation in which several to many laser pulses pass through an active medium composed of many-level atoms. Results obtained with I. Białynicki-Birula et al. in the short regime are reviewed, and new results in the long regime are described.

2

Propagation of Double Resonance and Dark Area

63%

Eberly J., Kozlov V.

Acta Physica Polonica A

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2002

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vol. 101

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issue 3

459-462

EN

We report new results in propagation of two coherently coupled optical pulses in an inhomogeneously broadened three-level lambda medium.

3

Classical Control of Quantized Fields: Cavity Qed and the Photon Pistol

63%

Eberly J., Law C.

Acta Physica Polonica A

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1998

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vol. 93

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issue 1

55-62

EN

By using the double-lambda configuration of energy levels and three classical fields, an atom or ion in a high-Q resonant cavity can be manipulated to create a single-mode quantum state in the cavity that is an arbitrary combination of Fock states for that mode. The same principles of operation can be applied to a cavity with much lower Q in order to produce a "photon pistol", a device that "shoots" one and only one photon when a trigger is pulled, and emits no photons at other times.

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3 Acta Physica Polonica A

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N-Level Atoms in Multiple Laser Fields, the Long and the Short of It

Propagation of Double Resonance and Dark Area

Classical Control of Quantized Fields: Cavity Qed and the Photon Pistol