An Examination of Atom-Field Interactions

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Documentation

An online Version version of the thesis was generated using the LaTeX2html converter. This version may be searched for a keyword. For example try fock.

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Downloadable Postscript Version of Thesis





Chapter Size-Decompressed Size-Compressed
Table of Contents 80 K N/A
Chapter 1 418 K 96 K
Chapter 2 37 M 741 K
Chapter 3 44 M 745 K
Chapter 4 5 M 178 K

Software

DOWNLOAD

This software was designed for the Windows platform and will run on Windows 3.1, Windows for Workgroups, Windows NT, and Windows 95. A numeric coprocessor is required, and a 486-33 with SVGA or better is recommended. The bwcc.dll must be included in the Windows subdirectory in order for this software to run; it is avaliable here .

Note: The complete software package includes the executable files, help files, bwcc.dll, installation files, and a number of saved configuration files.

Screen shots of BlochApp, FieldApp, JCApp, and QEDApp are available in GIF format.











Software Extension Comments
atomic .zip Complete software package
BlochApp .exe Semiclassical model of atom-field interaction
BlochApp .hlp Semiclassical model of atom-field interaction
FieldApp .exe Models a single mode of a quantized EM field interacing with a thermal reservoir
FieldApp .hlp Models a single mode of a quantized EM field interacing with a thermal reservoir
JCApp .exe Jaynes-Cummings model of atom-field interaction
JCApp .hlp Jaynes-Cummings model of atom-field interaction
QEDApp .exe Fully quantized model of atom-field interaction for a two-state atom and field
QEDApp .hlp Fully quantized model of atom-field interaction for a two-state atom and field

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