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1.
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Published September 21, 2009 Atomic & Molecular Physics Optics Ultrafast optical probing of an ionized molecule with different pulse durations reveals details of the dynamics of vibrational excitations. |
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Physics 2, 72 (2009) – Published August 31, 2009 Atomic & Molecular Physics Optics Calculations show that with new short pulse x-ray light sources, it should be possible to use photoelectron emission to make movies of changes in molecular structure. |
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Physics 2, 45 (2009) – Published June 1, 2009 Atomic & Molecular Physics Optics Dispersive probing of an atomic transition decreases the “dead time” of optical atomic clocks, potentially enabling more stable time reference standards. |
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Physics 2, 41 (2009) – Published May 18, 2009 Atomic & Molecular Physics Quantum Information Optics Loading cold atoms into a hollow-core optical fiber enables all-optical switching with just several hundred photons. |
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Published December 15, 2008 Atomic & Molecular Physics Optics Lasers can make an opaque material transparent, but to determine how long this state survives, you have to shut off the lights. |
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Published October 30, 2008 Atomic & Molecular Physics Optics Successive and rapid measurements of a quantum system can prevent it from evolving in time. This quantum Zeno effect has now been demonstrated for light inside a cavity. |
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