We present a technique for producing pulses of laser light whose frequency is arbitrarily
chirped. The output from a diode laser is sent through a fiber-optical delay line containing a …

The production of dense samples of atoms whose translational velocity can be
parameterized by temperatures in the microkelvin range has revolutionized the fields of …

We propose a single electro-optic amplitude modulator to modulate both the intensity and
the phase of the light of a diode laser to produce frequency-chirped light pulses in the …

The key element in the Proton-Driven-Plasma-Wake-Field-Accelerator (PWFA) project is the
generation of highly uniform plasma from Rubidium vapor. A scientifically straightforward …

We study the force exerted on two-level atoms by short, counterpropagating laser pulses.
When the counterpropagating pulses overlap each other partially, multiphoton adiabatic …

We study the quantum control of multilevel atoms with rotationally degenerate levels using
short laser pulses. Various control schemes are considered, ones using π pulses, frequency …

We present results of experimental and theoretical studies of coherent momentum transfer to
rubidium atoms in a magneto-optical trap by pairs of counter-propagating frequency …

Rezonáns lézersugárzás segítségével nemcsak az atom belső állapota manipulálható. Egy
gerjesztés, illetve spontán vagy indukált emisszió az elnyelt vagy kibocsátott fotonlendület …

A system for producing phase-and amplitude-shaped pulses on a timescale of 150 ps to 10
ns has been developed using fiber-coupled lithium niobate phase and amplitude …

Control of atoms or atomic ensembles by laser radiation is an important and quickly
developing field of quantum optics, which serves as a basic tool in numerous significant …