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Deutsche Physikalische Gessellschaft IOP Institute of Physics

Controlling the sense of molecular rotation

Focus on Quantum Control

Sharly Fleischer, Yuri Khodorkovsky, Yehiam Prior and Ilya Sh Averbukh1,2

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[1]

Development of nonresonant optimal control simulation to include polarization effects of laser pulses

Hiroya Abe and Yukiyoshi Ohtsuki  Chemical Physics 2012 
CrossRef 
[2]

Controlling the sense of molecular rotation: Classical versus quantum analysis

Yuri Khodorkovsky et al  Physical Review A 2011  83 023423
CrossRef 
[3]

Motion of spinning molecules in inhomogeneous fields

Johannes Floß et al  Physical Review A 2011  83 025401
CrossRef 
[4]

Control of Molecular Rotation with a Chiral Train of Ultrashort Pulses

S. Zhdanovich et al  Physical Review Letters 2011  107 243004
CrossRef 
[5]

Stern-Gerlach deflection of field-free aligned paramagnetic molecules

E. Gershnabel et al  The Journal of Chemical Physics 2011  135 194310
CrossRef 
[6]

Modifying molecule-surface scattering by ultrashort laser pulses

Yuri Khodorkovsky et al  Physical Review A 2011  84 053420
CrossRef 
[7]

Controlling molecular scattering by laser-induced field-free alignment

E. Gershnabel and I. Averbukh  Physical Review A 2010  82 033401
CrossRef 
[8]

Deflection of Field-Free Aligned Molecules

E. Gershnabel and I. Sh. Averbukh  Physical Review Letters 2010  104 153001
CrossRef 
[9]

Control of chemical reactions using external electric fields: The case of the LiNC⇌LiCN isomerization

G.E. Murgida et al  Chemical Physics Letters 2010  496 356
CrossRef 
[10]

Coherent rotational excitation by intense nonresonant laser fields

Yasuhiro Ohshima and Hirokazu Hasegawa  International Reviews in Physical Chemistry 2010  29 619
CrossRef 
[11]

Field-free permanent molecular planar alignment

M. Lapert et al  Physical Review A 2009  80 051403
CrossRef 
[12]

Focus on Quantum Control

Herschel Rabitz  New Journal of Physics 2009  11 105030
IOPscience 
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  6. Multi-dimensional fission barriers for heavy and superheavy nuclei

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