Gaussian beams
with application to seismology Nov 29 and 30, 2007
Gaussian beams
with application to seismology Nov 29 and 30, 2007
Invited participants

Ross Hill, Chevron Technology
Mohammad Motamed, KTH
Mikhail Popov, Steklov Institute
Jianliang Qian, Michigan State
Jim Ralston, UCLA
Olof Runborg, KTH
Paul Stoffa, UT Austin
Nick Tanushev, UT Austin
and other confirmed speakers
Organizers

Bjorn Engquist
Sergey Fomel
Nikolay Tanushev
Richard Tsai
Center for Numerical Analysis
ICES
Bureau of Economic Geology
Jackson School of Geosciences
Contact:
Center for Numerical Analysis
ICES, UT Austin
201 East 24th Street
ACES Building 4.102
Austin, TX 78712
Tel: 512-471-3312
Gaussian beams can be seen as an improvement over methods based on classical geometrical optics. Gaussian beams contain more information than geometrical optics rays and produce valid approximations at caustics and shadow lines. Contrary to geometrical optics, the amplitudes of a wavefield computed by Gaussian beams stay finite at caustics. Gaussian beams have been used in the generation of synthetic seismic wavefields and also for migration imaging and have resulted in successes in real applications. However, many challenges remain to be solved.
This workshop brings researchers working in related fields together to share research developments and to advance this field in order to achieve real impact.
Workshop sponsored by Chevron.