Advances in Atomic, Molecular, and Optical Physics
Book Details
Format
Hardback or Cased Book
ISBN-10
0443296804
ISBN-13
9780443296802
Publisher
Elsevier Science Publishing Co Inc
Imprint
Academic Press Inc
Country of Manufacture
GB
Country of Publication
GB
Publication Date
Jul 25th, 2025
Print length
82 Pages
Weight
450 grams
Product Classification:
Optical physicsAtomic & molecular physics
Ksh 31,350.00
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Advances in Atomic, Molecular, and Optical Physics, Volume 74 gives an overview on the latest evolutions in atomic, molecular, and optical physics, specifically promoting two important aspects of the field of ultrafast optics and strong fields. In particular, the book consists of a review over high harmonic generation (HHG) from thin-film samples, featuring experimental and theoretical studies of HHG from thin films in comparison to bulk crystals of the same materials and the specific interest in HHG from van der Waals materials and HHG studies at the 2D limit. The second review concerns quantum computing technologies enabled studies of molecular processes using present-day devices, with applications in vibrational spectroscopy, electronic structure calculations, population transfer processes induced by a laser field, and interacting spin systems.
Advances in Atomic, Molecular, and Optical Physics, Volume 73 gives an overview on the latest evolutions in atomic, molecular, and optical physics, specifically promoting two important aspects of the field of ultrafast optics and strong fields. In particular, the book consists of a review over high harmonic generation (HHG) from thin-film samples, featuring experimental and theoretical studies of HHG from thin films in comparison to bulk crystals of the same materials and the specific interest in HHG from van der Waals materials and HHG studies at the 2D limit.
The second review concerns quantum computing technologies enabled studies of molecular processes using present-day devices, with applications in vibrational spectroscopy, electronic structure calculations, population transfer processes induced by a laser field, and interacting spin systems.
The second review concerns quantum computing technologies enabled studies of molecular processes using present-day devices, with applications in vibrational spectroscopy, electronic structure calculations, population transfer processes induced by a laser field, and interacting spin systems.
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