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| January
13, 2002 |
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Our group collaborates with numerous other
individuals and groups, both at UCSD and elsewhere. A
partial list of collaborators can be found on this page,
along with some profiles and links that describe their
work and interests.
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- Olivier J. F. Martin (ETH)
- Costas Soukoulis (ISU)
- John Pendry (Imperial College)
- Norman Kroll (UCSD, SLAC)
- Donald Fredkin (UCSD)
- Doug Mills (UCI)
- Dennis Palmer (SLAC)
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- David Schultz (UCSD)
- Steven Oldenburg (Seashell Technology)
- Phil Platzman (Bell Labs)
- Sia Nemat-Nasser
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| Professor Olivier J. F. Martin, ETH |
| Professor
Martin specializes in electromagnetic scattering numerical
simulations. We have collaborated with his group at the
ETH in Zurich since 1995, on topics that include plasmon
resonant particles, photonic band gap structures, and
recently metamaterials. Utilizing a numerical implementation
that constructs the Green's tensor for a wide variety
of systems, Professor Martin's group has a unique approach
to solving very difficult scattering configurations. |
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| Professor Costas Soukoulis,
Iowa State |
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We
have collaborated with Professor Soukoulis and his group
since 1993, when we jointly published one of the first
works on metal photonic band gap structures. Professor
Soukoulis and his group apply a variety of theoretical
and numerical methods to understanding the properties
of photonic crystals, as well as disordered systems.
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| Professor John B. Pendry, Imperial
College, London |
Our
initial work on Left-handed Metamaterials was inspired
by the earlier work of Professor Pendry and co-workers,
who suggested the use of wires to create negative permittivity
and Split Ring Resonators to create negative permeability.
Professor Pendry currently studies a wide range of topics
in photonics, including plasmon resonant structures, photonic
band gap materials and, of course, negative refractive
index materials. We are currently collaborating on several
topics, among them being a more systematic study of the
"perfect lens" concept that Professor Pendry
introduced.
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Professor
Olivier J. F. Martin 
