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Computational atomic physics
My research interests are based in solving/understanding atomic physics with computers.
There are two areas that I specialise in:
Atom Optics and understanding matter-wave propagation and atom-chip applications |
Atomic structure including positron-atom, electron-atom, photon-atom and atom-atom interactions
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Current PhD in Computational Science Students:
| Who |
When |
Where |
Project |
Marty Kandes |
(started August 07) |
P-145A |
Atom optics |
Current Masters in Physics Students:
| Who |
When |
Where |
Project |
Marty Kandes |
(started June 06) |
P-145A |
Atom optics |
Kyle Rollin |
(started Feb 08) |
P-337 |
Atomic Structure |
Oscar Salazar |
(started Feb 06) |
P-337 |
Atom Optics |
Charles Tally |
(started Jan 08) |
P-337 |
Atom Optics |
Current Undergrad (Senior thesis) Students:
None currently
Past Research Students:
| Who |
What |
Where are they now? |
Robert Baughn |
Senior thesis (Sept 06 - Aug 07) Atom Optics |
Industry in Silicon Valley |
Kyle Rollin |
Senior Thesis (June 06- May 07) Atomic Structure |
Masters in Physics at SDSU |
Scott Young |
Masters (May 06-Aug 07) Positron-atom interactions |
? |
Research Collaborators: Past and Present
Research Visitors to SDSU:
Research Funding:
2007-2008: Martin Kandes ARCS Scholarship
2007: SDSU University Grants Program.
2005-2007: SDSU Startup Funds, which provided some
computing resources.
This page last updated on 3rd June 2008.
CopyLEFT ©
1997 - 2008 Michael Bromley
Verbatim copying and distribution of this entire webpage
is permitted in any medium, provided this notice is preserved.
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