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Photonic reagents

Shaped laser pulses acting as photonic reagents... [Pg.79]

The control laser. Laser pulse shaping to create trial photonic reagents is an evolving technology with the ability to rapidly go from one pulse shape to another under computer control. [Pg.81]

Fig. 8.1. A photonic reagent consisting of a shaped laser electric field e(1) interacts with a molecule. The photonic reagent envelops the molecule, which acts as an antenna to accept the various coherent spectral components of the shaped pulse. The ensuing coherent quanmm dynamics steers the molecule towards a desired target. Fig. 8.1. A photonic reagent consisting of a shaped laser electric field e(1) interacts with a molecule. The photonic reagent envelops the molecule, which acts as an antenna to accept the various coherent spectral components of the shaped pulse. The ensuing coherent quanmm dynamics steers the molecule towards a desired target.
Fig. 8.2. A closed loop apparatus for manipulating quantum dynamics phenomena [26]. A learning algorithm guides the pulse shaper to optimize tailored laser pulses to act as photonic reagents. The tailored laser pulses induce quantum dynamic excursions in a sample. Under high-duty-cycle closed-loop operation, the process can home in on a particular pulse shape that steers the system as close as possible to the desired target. On each excursion of the loop, a new quantum system is prepared in the same initial state for controlled manipulation. Fig. 8.2. A closed loop apparatus for manipulating quantum dynamics phenomena [26]. A learning algorithm guides the pulse shaper to optimize tailored laser pulses to act as photonic reagents. The tailored laser pulses induce quantum dynamic excursions in a sample. Under high-duty-cycle closed-loop operation, the process can home in on a particular pulse shape that steers the system as close as possible to the desired target. On each excursion of the loop, a new quantum system is prepared in the same initial state for controlled manipulation.
Two particular experiments hint at the novel capabilities of photonic reagents for creating molecular transformations. The photonic reagent driven reaction [21]... [Pg.154]

WHY DOES QUANTUM CONTROL WITH PHOTONIC REAGENTS APPEAR TO BE SO EASY ... [Pg.156]

Chapter 8 - Controlling quantum phenomena with photonic reagents. Pages 149-163, Herschel Rabitz... [Pg.1309]

See other pages where Photonic reagents is mentioned: [Pg.206]    [Pg.79]    [Pg.82]    [Pg.83]    [Pg.83]    [Pg.83]    [Pg.89]    [Pg.397]    [Pg.149]    [Pg.150]    [Pg.150]    [Pg.152]    [Pg.153]    [Pg.155]    [Pg.155]    [Pg.162]    [Pg.79]    [Pg.82]    [Pg.83]    [Pg.83]    [Pg.83]    [Pg.89]   


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Photon reagent

Photon reagent

Reagents Derived from the Metals Lithium through Uranium, plus Electrons and Photons

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