Download Laser Spectroscopy: Proceedings of the XVII International by Edward A Hinds, Allister Ferguson, Erling Riis PDF
By Edward A Hinds, Allister Ferguson, Erling Riis
This can be the newest quantity within the sequence of complaints from the biannual overseas convention on Laser Spectroscopy, one of many major meetings within the box. Over its 34-year historical past, this convention sequence has been a discussion board for the declaration of many new advancements in laser physics and laser spectroscopy and extra lately laser cooling of atoms and quantum info processing. The complaints contain contributions from the invited audio system and a variety of contributed papers.A specific topic for this quantity is precision measurements. influenced via the untapped power for substantial advancements in accuracy provided by means of atomic structures, this topic has complex drastically in recent times through new advancements in laser know-how. This has been well-known through the 2005 Nobel Prize in Physics presented to 2 of the pioneers within the box and participants to those lawsuits, J L corridor and T W Hänsch.The different major topic of the complaints is chilly atoms and quantum degenerate gases. This convention marked the tenth anniversary of the 1st assertion of an atomic Bose-Einstein Condensate on the twelfth foreign convention on Laser Spectroscopy with a contribution from Nobel Laureate Eric Cornell.
Read Online or Download Laser Spectroscopy: Proceedings of the XVII International Conference Aviemore, Scotland, UK 19 - 24 June 2005 PDF
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Extra info for Laser Spectroscopy: Proceedings of the XVII International Conference Aviemore, Scotland, UK 19 - 24 June 2005
Sample text
To extend the coherent frequency comb structure and related precision measurement capabilities into the deep UV spectral region, we have recently demonstrated high-harmonic generation (HHG) at 100 MHz repetition rates 16 enabled by a femtosecond enhancement HHG provides a coherent source of vacuum-ultraviolet to soft x-ray radiation and it has traditionally relied on high-energy, low repetition rate amplified laser systems to provide the peak intensities needed for ionization of the gas target.
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