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European Quantum Electronics Conference (EQEC)

2005 European Quantum Electronics Conference (IEEE Cat. No. 05TH8796)

Published Jan 1, 2005• 0 citations
Publisher

Abstract

The following topics were dealt with: physics of semiconductor lasers and optical amplifiers; nonlinear optics; dynamics, instabilities and patterns; ultrafast phenomena; laser spectroscopy; cold atoms and molecules; quantum optics; quantum information; nano-photonics; and microcavities.
DOI
10.1109/eqec.2005.1567170

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We demonstrate a physical quantum simulator of ultrafast phenomena, in which time-varying forces on neutral atoms in a tunable optical trap emulate the electric fields of a pulsed laser acting on electrons or nuclei in a binding potential. The simulator operates in regimes equivalent to those of ultrafast and strong-field pulsed-laser experiments, opening up a hitherto unexplored application of quantum simulation techniques and a complementary path towards investigating open questions in ultrafast science. Counter-intuitively, this approach emulates some of the fastest processes in atomic physics with some of the slowest, giving rise to a temporal magnification factor of up to twelve orders of magnitude which greatly simplifies experimental access to the dynamics. The correspondence with ultrafast science is demonstrated by a sequence of experiments: we perform nonlinear spectroscopy of a many-body bound state, control the excitation spectrum by shaping the potential, observe sub-cycle unbinding dynamics during strong few-cycle pulses, and directly measure carrier-envelope phase dependence of the response to an ultrafast-equivalent pulse.