B. Dubetsky

High-resolution amplitude and phase gratings in atom optics

An atom-field geometry is chosen in which an atomic beam traverses a field interaction zone consisting of three fields, one having frequency

Atom focusing by far-detuned and resonant standing wave fields: Thin-lens regime

\Omega =c/\lambda

Atom Interference Using Microfabricated Structures

propagating in the

Filtered Talbot lens: Producingλ/2n-periodic atomic patterns with standing-wave fields having periodλ

\hat{z}

Atom gratings produced by large-angle atom beam splitters

direction and the other two having frequencies

Nonlinear ground-state pump-probe spectroscopy

\Omega +\delta_{1}

MATTER-WAVE INTERFERENCE USING TWO-LEVEL ATOMS AND RESONANT OPTICAL FIELDS

and

Conical lens for atom focusing

\Omega +\delta_{2}

High precision atom interferometry in a microgravity environment

propagating in the -

Nanometer scale period sinusoidal atom gratings produced by a Stern-Gerlach beam splitter

\hat{z}